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CFD Consulting

Mr-CFD offers a complete range of CFD analysis, consulting services and training

An introduction to CFD

CFD Consulting is our expertise. Computational fluid dynamics (CFD) is the science of analyzing systems dealing with fluid flow, heat transfer and any other relevant phenomena occurring in fluids, using computer simulations. CFD is very powerful and covers a wide range of application areas. Such as: aerodynamics, hydrodynamics, power plant, turbomachinery, eclectronic engineering, process engineering, medical engineering, meteorology, etc. CFD is becoming an essential component in the design of industrial products and processes. Moreover, there are several unique advantages of CFD to fluid systems design. For instance, substantial reduction of costs of new designs, the ability to study systems where controlled experiments are difficult and systems under hazardous conditions.

Finite difference, finite element, and finite volume methods are three main numerical solution methods for the discretization of the governing equations of fluid flow. In all of these methods, first, we approximate the quantities using simple special functions. Second, we discretize partial differential equations. Third we have a system of linear algebraic equations to solve. There exist so many numerical methods to solve linear algebraic equations system.

Setting up and running a CFD simulation

For setting up and running a CFD simulation there are some steps that we need to consider, as the following:

• Pre-processing

This step includes geometry modeling, grid generation, selection of physical or chemical phenomena needed to be modeled. Also, the definition of fluid properties, and specification of appropriate boundary conditions.

• Solving

Here, after pre-processing, we discretize the governing equations. Then, we solve the equations using an iterative method available in the software.

• Post-processing

After you have done the simulation, now it is time to analyze the results. We can see the results in terms of vector plots, contour plots, 2D and 3D surface plots, particle tracking, view manipulation, etc. More recently these facilities may also include animation for dynamic result display.

Mr CFD Company services

We accept all projects in the ANSYS Workbench, ANSYS CFX, and ANSYS Fluent. Our company has gathered experts in different engineering fields so as to ensure the quality of CFD simulations. Mr CFD Company is the first organization you can trust in to order your CFD projects online. One of our objectives is to boost the use of powerful computational fluid dynamics methods and also teach the engineers and those who seek professional knowledge in CFD.

CFD is Easy by our services. Call us for training in CFD applications and CFD packages. Our professional CFD engineers offer you the professional consultation and technical supports for your academic CFD projects and industrial CFD projects. Moreover, we have years of experience in coordinating CFD projects. Therefore, we are ready to perform your CFD simulations in different engineering fields.

Mr CFD Company offers

We also offer you CFD learning, CFD project by ANSYS CFX, CFD consulting by ANSYS CFX, CFD service by ANSYS CFX, ANSYS CFX project, ANSYS CFX work, ANSYS CFX thesis, ANSYS CFX simulation, ANSYS CFX paper regeneration, ANSYS CFX academic project, ANSYS CFX industrial project, ANSYS CFX research project, CFD project by ANSYS Fluent, CFD consulting by ANSYS Fluent, CFD service by ANSYS Fluent, ANSYS Fluent project, ANSYS Fluent thesis, ANSYS Fluent simulation, ANSYS Fluent paper regeneration, ANSYS Fluent academic project, ANSYS Fluent industrial project, ANSYS Fluent research project and low CFD Price.

Portfolios

These are our latest successful projects.

Simulation of heat exchanger for storing thermal energy with material rt82
Fluid–Structure Interaction, Heat Transfer

Simulation of heat exchanger for storing thermal energy with material rt82

A lot of research has been done on the Discrete Phase Model(DPM) over the past three decades. These materials can…

Simulation of shell-tube heat exchanger
Fluid–Structure Interaction, Heat Transfer

Simulation of shell-tube heat exchanger

One of the common type of converters is shell & tube heat exchanger. In terms of the number of shell…

3D simulation of Solar water desalinator
Fluid–Structure Interaction, Heat Transfer

3D simulation of Solar water desalinator

By increasing the population and pollution, accessing to drinking water is rapidly decreasing. Therefore, it is necessary to focus on…

Simulation of the external air layer with the consideration of radiation as a constant thermal flux
Fluid–Structure Interaction, Free Surface Flows (Multiphase), Heat Transfer

Simulation of the external air layer with the consideration of radiation as a constant thermal flux

Different methods for heat transfer include conduction, displacement and radiation. The main difference between radiation and convection is that radiation…

Simulation of Siphon spillway
Fluid–Structure Interaction, Free Surface Flows (Multiphase), Heat Transfer

Simulation of Siphon spillway

In recent years, physical models in hydraulic laboratories have been developed to study the piezometric pressure distribution in the Siphon…

Simulation of plate heat exchanger in Ansys Fluent
Fluid–Structure Interaction, Heat Transfer

Simulation of plate heat exchanger in Ansys Fluent

The process of the heat exchanging between two fluids with different temperatures separated by solid frontiers is a device called…

Simulation of pulsatile blood flow in a vascular branch
Fluid–Structure Interaction, Heat Transfer

Simulation of pulsatile blood flow in a vascular branch

The circulatory artery system continuously flow into the capillaries almost without fluctuations. The circulatory system plays a role in the…

Simulation of wind turbine with horizontal axis
Fluid–Structure Interaction, Heat Transfer

Simulation of wind turbine with horizontal axis

Wind turbine blades can rotate horizontally or vertically. In the Horizontal Axis Wind Turbine (also called HAWT) turbines, the rotors…

Simulation of fluid heating inside the radiator with a solar panel
Fluid–Structure Interaction, Heat Transfer

Simulation of fluid heating inside the radiator with a solar panel

Radiators are among the most commonly used appliances in the home and office which have close links with the energy…

Simulation of flow around a vertical wind turbine with 3 blades
Fluid–Structure Interaction, Heat Transfer

Simulation of flow around a vertical wind turbine with 3 blades

Wind energy is one of the best and most energy-efficient sources. Because it exists everywhere. Urban and rural areas also…

Simulation of the effects of drilling parameters and heat sink
Fluid–Structure Interaction, Heat Transfer

Simulation of the effects of drilling parameters and heat sink

The simulation is based on the effect of drilling parameters such as RPM, cutting Saiz, drill pipe rotation, and the…

Simulation and validation of power plant condensed cooling system
Fluid–Structure Interaction, Heat Transfer

Simulation and validation of power plant condensed cooling system

Today’s, in combined cycle power plants (CCPPs) a gas turbine generates electricity while the waste heat from the gas turbine…

Simulation of flow through the NACA0015 airfoil with magnetic force
Fluid–Structure Interaction, Heat Transfer

Simulation of flow through the NACA0015 airfoil with magnetic force

Today’s, airfoils are used in a variety of industries that can be referred to air industries. One of the ways…

Simulation of butterfly stirrers in the tank in the Ansys fluent software
Fluid–Structure Interaction, Heat Transfer

Simulation of butterfly stirrers in the tank in the Ansys fluent software

Tanks in the industry have different usages, including multiphase modes. In this simulation, the performance of a butterfly stirrer in…

Simulation of spiral heat exchanger
Fluid–Structure Interaction, Heat Transfer

Simulation of spiral heat exchanger

Today’s heat exchangers are used in various parts of the industry, including the construction industries, which use heat exchangers for…

Simulation of heat transfer in a shell and tube heat exchanger in Ansys fluent
Fluid–Structure Interaction, Heat Transfer

Simulation of heat transfer in a shell and tube heat exchanger in Ansys fluent

In this project, it has been tried to check the flow of a rough surface in different situations. Reducing the…

Simulation of heat transfer and fluid flow through a rough surface
Fluid–Structure Interaction, Heat Transfer

Simulation of heat transfer and fluid flow through a rough surface

In this project, it has been tried to check the flow of a rough surface in different situations. Reducing the…

Simulation of water_al2o3 motion in a cylindrical tube containing a spiral path
Fluid–Structure Interaction, Heat Transfer

Simulation of water_al2o3 motion in a cylindrical tube containing a spiral path

Nowadays, getting the highest efficiency and contact surface in heat transfer in industries such as the construction of heat exchangers…

Simulation of heat transfer in a solar water heater tank using phase-change material (PCM)
Fluid–Structure Interaction, Heat Transfer

Simulation of heat transfer in a solar water heater tank using phase-change material (PCM)

Over time, reducing fossil fuels, many countries have gone through renewable energy, one of which is solar energy. One of…

Simulation of droplet process using Ansys Fluent
Fluid–Structure Interaction, Heat Transfer

Simulation of droplet process using Ansys Fluent

It is clear that multiphase flow includes both matter and phase. As the mixture of liquid-mercury and liquid-water is multiphase…

Simulation of flow control behind a perforated circular cylinder
Fluid–Structure Interaction, Heat Transfer, Turbomachinery

Simulation of flow control behind a perforated circular cylinder

The term cylinder often refers to a solid cylinder with circular ends perpendicular to its axis. The cylindrical surface with…

Simulation and inspection of airflow in the VWAT wind turbine with three blades
Fluid–Structure Interaction, Heat Transfer, Turbomachinery

Simulation and inspection of airflow in the VWAT wind turbine with three blades

Wind turbines were one of the most prominent human inventions, which, of course, are the first structures to generate energy.…

Simulation of heat transfer in a tube heat exchanger
Heat Transfer

Simulation of heat transfer in a tube heat exchanger

Heat exchangers are among the most important and efficient devices designed to restore heat dissipation. A heat exchanger is a…

Simulation of an enclosure with a spray dryer
Heat Transfer

Simulation of an enclosure with a spray dryer

Spray dryer is the main operation used to make many products, for example: chemicals, ceramics, foodstuffs, pharmaceuticals, and so on.…

Multiphase simulation of heat transfer with freezing and melting operations
Heat Transfer

Multiphase simulation of heat transfer with freezing and melting operations

Making metals in the form of ingots is one of the most important methods for producing metals in portable molds.…

Simulation of 2D Solar chimney
Heat Transfer

Simulation of 2D Solar chimney

The solar chimney consists of a black-painted chimney. During the day solar energy heats the chimney and the air within…

Simulation of a three-dimensional  flow of supersonic airflow in collision with a barrier
Heat Transfer, Single-Phase, Non-Reacting Flows

Simulation of a three-dimensional  flow of supersonic airflow in collision with a barrier

Supersonic flow is used in many industries, especially defense industries, and its correct simulation is very important. Due to changes…

Simulation of two-phase fluid flow through the spillway
Free Surface Flows (Multiphase)

Simulation of two-phase fluid flow through the spillway

A spillway is one of the most common CFD studies. We can find information such as velocity and fluid pressure…

Simulation and investigation of freezing and melting of water inside the floor tubes
Heat Transfer, Single-Phase, Non-Reacting Flows

Simulation and investigation of freezing and melting of water inside the floor tubes

In this analysis, it has been tried to simulate and analyze the freezing and melting of water inside the floor…

Two-dimensional simulation of two-phase flow on a circular spillway
Heat Transfer, Single-Phase, Non-Reacting Flows

Two-dimensional simulation of two-phase flow on a circular spillway

If any barrier affects the fluid flow, it will increase the fluid level behind it and increases its velocity, which…

Simulation of flow in a porous media inside a rectangular cube
Heat Transfer

Simulation of flow in a porous media inside a rectangular cube

The study of the flow in a porous media has many usages in various fields of science and engineering. This…

Simulation of heat transfer in a porous media
Heat Transfer

Simulation of heat transfer in a porous media

Research on fluid flow and porous media has been carried out by researchers in recent decades due to the widespread…

Simulation of heat transfer and melting in phase-change material (PCM)
Dispersed Multiphase Flows

Simulation of heat transfer and melting in phase-change material (PCM)

A lot of research has been done on the phase-change material (PCM) over the past three decades. These materials can be…

Simulation of heat transfer and melting with DPM module in a triangular channel
Dispersed Multiphase Flows

Simulation of heat transfer and melting with DPM module in a triangular channel

A lot of research has been done on the Discrete Phase Model(DPM) over the past three decades. These materials can…

Multiphase flow simulation of water bubble formation with the help of carbon dioxide injection
Free Surface Flows (Multiphase)

Multiphase flow simulation of water bubble formation with the help of carbon dioxide injection

Although cavitation is often recognized as a destructive phenomenon, it is sometimes used in engineering. For example, it can be…

Simulation of air inside the larynx
Heat Transfer

Simulation of air inside the larynx

By increasing the use of computational fluid dynamics, today we are seeing the use of many science and engineering fields…

Simulation of fluid flow through a channel including porous media
Heat Transfer

Simulation of fluid flow through a channel including porous media

The study of fluid flow in porous media is one of the most widely used fields in science. The main…

Simulation of Al2O3 nanocrystalline convection heat transfer in a tube
Heat Transfer

Simulation of Al2O3 nanocrystalline convection heat transfer in a tube

Heat transfer in engineering issues and projects are so important. Generally, heat transfer can be divided into three forms of…

Simulation and analysis of biomass gasification process
Heat Transfer, Renewable

Simulation and analysis of biomass gasification process

Biomass Gasification is a process that converts carbon-based or fossil-based biomass into carbon dioxide, carbon monoxide, and hydrogen, which is…

Simulation and analysis of a biological tissue during Hyperthermia Therapy with non-equilibrium thermal porous media
Biomedical

Simulation and analysis of a biological tissue during Hyperthermia Therapy with non-equilibrium thermal porous media

One of the fields between medical and mechanical sciences is the analysis of blood flow in the veins. In regards…

Simulation of molten fluid flow and heat transfer in the presence of magnetic field MHD
Heat Transfer

Simulation of molten fluid flow and heat transfer in the presence of magnetic field MHD

Research in the field of controlling the heat transfer and mass transfer in the streams, which is influenced by magnetic…

Simulation of heat transfer in a porous media
Heat Transfer

Simulation of heat transfer in a porous media

Research on fluid flow and porous media has been carried out by researchers in recent decades due to the widespread…

Simulation of heat transfer and airflow around a conic barrier with radiation
Heat Transfer

Simulation of heat transfer and airflow around a conic barrier with radiation

Cones in terms of its features and applications have great importance in the industry, especially in the military industry. Therefore,…

Simulation of water flow around a bridge foundation
Heat Transfer

Simulation of water flow around a bridge foundation

Investigating forces based on marine structures has always been one of the major challenges for engineers dealing with hydraulic structures.…

Flow analysis of a crank shape with steep slope DPM
Dispersed Multiphase Flows, Heat Transfer

Flow analysis of a crank shape with steep slope DPM

The study of the internal flow is one of the most important fields of research in the field of fluid…

Analysis of air flow in the crank shape tube in the presence of mixed particles (dpm)
Dispersed Multiphase Flows, Heat Transfer

Analysis of air flow in the crank shape tube in the presence of mixed particles (dpm)

One of the most widely used multiphase analyzes is DPM (Discrete Phase Model), which is widely used to investigate the…

Simulates of the airflow around a Kite
Heat Transfer

Simulates of the airflow around a Kite

In recent years, much attention has been devoted to the construction and development of unmanned aerial vehicles. These vehicles have…

Simulation of airflow around three consecutive spheres
Heat Transfer

Simulation of airflow around three consecutive spheres

In this simulation project, the flow around the sphere in three modes of a sphere, two spheres, and three spheres…

Simulation of Hydrogen Injection into Ultrasonic flow in Injector Combustion Chamber
Heat Transfer, Reacting Flows and Combustion

Simulation of Hydrogen Injection into Ultrasonic flow in Injector Combustion Chamber

One of the major challenges in the field of combustion is the successful transformation of fuel into ultrasonic flow in…

Simulation of water flow and cavitation phenomenon around an inducer inside a tube
Heat Transfer

Simulation of water flow and cavitation phenomenon around an inducer inside a tube

Today, with the expansion of the industry, more pumps are needed with smaller sizes and higher speeds. Therefore, it is…

Simulation of fluid flow(water and air) Within a 2D Channel with 119 Inputs
Heat Transfer

Simulation of fluid flow(water and air) Within a 2D Channel with 119 Inputs

Air conditioning is a process in which the fresh air supplied from the outside is mixed with the returned air…

Simulation of heat and humidity in a residential room in the presence of a human
Heat Transfer

Simulation of heat and humidity in a residential room in the presence of a human

Air conditioning is a process in which the fresh air supplied from the outside is mixed with the returned air…

Simulation of the air-condition heat transfer flow in a room with a balcony and radiation
Heat Transfer

Simulation of the air-condition heat transfer flow in a room with a balcony and radiation

The ventilation system used in buildings is varied. The use of any ventilation system depends on the location of the…

Simulation of the heat transfer flow inside a Heller cooling tower in transient mode
Heat Transfer

Simulation of the heat transfer flow inside a Heller cooling tower in transient mode

Heler cooling tower is a tower that cool down the water by natural air flow indirectly. The water enters the…

Simulation of the heat transfer flow inside a spiral shell & tube heat exchanger
Heat Transfer

Simulation of the heat transfer flow inside a spiral shell & tube heat exchanger

A helix heat exchanger is composed of a number of coils (tubes or spiral pipes) with a spring-like curve inside…

Simulation of the heat transfer flow inside a compressed shell and tube heat exchanger with Fins on the flat shell
Heat Transfer

Simulation of the heat transfer flow inside a compressed shell and tube heat exchanger with Fins on the flat shell

Compressed heat exchanger is widely used in various applications. These type of converters increase the heat transfer rate and have…

Simulation of the heat transfer flow inside a compressed shell and tube heat exchanger with Fins on the shell
Heat Transfer

Simulation of the heat transfer flow inside a compressed shell and tube heat exchanger with Fins on the shell

Compressed heat exchanger is widely used in various applications. These type of converters increase the heat transfer rate and have…

Simulation of the fluid flow around two cubes falling into a fluid in transient mode
Heat Transfer

Simulation of the fluid flow around two cubes falling into a fluid in transient mode

The motion of objects in the fluid has always been interesting for scientists. Although the movement of objects in the…

Simulation of the heat transfer flow inside a humidity reducer (incremental) device with several internal cross-section bar
Heat Transfer

Simulation of the heat transfer flow inside a humidity reducer (incremental) device with several internal cross-section bar

The humidity is known as the amount of vapor in the air. Relative humidity is the ratio of the percentage…

Simulation of the heat transfer flow inside a humidity reducer(incremental) device with an internal Sine function
Heat Transfer

Simulation of the heat transfer flow inside a humidity reducer(incremental) device with an internal Sine function

The humidity is known as the amount of vapor in the air. Relative humidity is the ratio of the percentage…

Simulation of heat transfer flow in a cooling tower using airflow
Heat Transfer

Simulation of heat transfer flow in a cooling tower using airflow

Cooling tower is a device used to dissipate the heat of the water used to condensate into the atmosphere through…

Simulation of fluid flow inside an underpass using different turbulent models
Heat Transfer

Simulation of fluid flow inside an underpass using different turbulent models

The coated channel used to flow through a ditch (road, rail, etc.) is called a culvert. The culverts have different…

Simulation of the heat transfer flow in cooling the airfoil surface by lateral air inlets
Heat Transfer

Simulation of the heat transfer flow in cooling the airfoil surface by lateral air inlets

Airfoil Features regardless to Aircraft wings have a great importance in engineering and scientific applications in airplanes and ships, helicopters,…

Simulation of heat transfer flow in a conical solar collector containing water
Heat Transfer

Simulation of heat transfer flow in a conical solar collector containing water

Solar energy is the largest source of energy in the world. This energy is clean, cheap and endless and can…

Simulation of heat transfer flow in a solar plate collector
Heat Transfer

Simulation of heat transfer flow in a solar plate collector

Flat Plate Collectors is a very useful device for absorbing low to moderate heat from the sun. They can be…

Simulation of the air flow inside a 2D fuel chamber
Heat Transfer

Simulation of the air flow inside a 2D fuel chamber

An enclosed space in which combustion takes place, such as the space above the piston in the cylinder head of an internal-combustion engine or the chambers in a gas turbine or rocket engine in which fuel and oxidant burn. In this analysis, it has…

Simulation of heat transfer and condensation of water vapor in a shell tube converter with vertical baffle in the presence of ammonia
Heat Transfer

Simulation of heat transfer and condensation of water vapor in a shell tube converter with vertical baffle in the presence of ammonia

Shell & tube heat exchangers are the most common type of heat exchangers in industries and factories, especially the petrochemical…

Simulation of air flow in contact with a body having an air inlet valve inside
Heat Transfer

Simulation of air flow in contact with a body having an air inlet valve inside

The study of the movement of air particles and, in general, the air flow around different objects can provide very…

Simulation of the air flow around an airfoil with an embowed flap on the rear edge
Heat Transfer

Simulation of the air flow around an airfoil with an embowed flap on the rear edge

Improving aerodynamic airfoil performance is one of the things that has been considered for a long time. Active and inactive…

Simulation of water flow behind a dam and studying the impact of earthquake on the dam
Heat Transfer

Simulation of water flow behind a dam and studying the impact of earthquake on the dam

Undoubtedly, water is one of the basic foundations for the development of societies in different countries of the world. Developing…

Simulation of the flow around a horizontal axial water turbine as an FSI
Heat Transfer

Simulation of the flow around a horizontal axial water turbine as an FSI

Fluid-Structure Interaction (FSI) interacts with some moving or deformable structures with or around an internal fluid flow. The interaction between…

Simulation of the flow around a horizontal axis wind turbine with three blades
Heat Transfer

Simulation of the flow around a horizontal axis wind turbine with three blades

Wind energy is primarily used to generate electricity. Wind turbine systems in the United States, Europe, India, and increasingly in…

Simulation of the fluid spray in a 3D environment with two different VOF and DPM models
Heat Transfer

Simulation of the fluid spray in a 3D environment with two different VOF and DPM models

Exhaustion of the flow from an input in a closed or open environment is one of the most commonly used…

Simulation of the two-phase Slushing in a moving cube
Heat Transfer

Simulation of the two-phase Slushing in a moving cube

Slulshing is a phenomenon due to the periodic movement of the free surface of the liquid inside the reservoir, which…

Simulation of the two-phase Slushing in a rotational cube
Heat Transfer

Simulation of the two-phase Slushing in a rotational cube

Slulshing is a phenomenon due to the periodic movement of the free surface of the liquid inside the reservoir, which…

Simulation of the blood flow inside a simple branched vein
Heat Transfer

Simulation of the blood flow inside a simple branched vein

Simulation of blood flow using image-based models and computational fluid dynamics has found widespread application to quantifying hemodynamic factors relevant…

Simulation of the water flow heat transfer in a tube with perpendicular plate fins
Heat Transfer

Simulation of the water flow heat transfer in a tube with perpendicular plate fins

This type of heat exchanger having a plurality of fin members for dissipating heat. Each of the plurality of fin members includes…

Simulation of airflow around two burst fans using the MRF method
Heat Transfer

Simulation of airflow around two burst fans using the MRF method

A mechanical fan is a machine used to generate flow inside a fluid that is usually a gas like air.…

Numerical simulation of heat transfer in a cylindrical microchannel heat sink
Heat Transfer

Numerical simulation of heat transfer in a cylindrical microchannel heat sink

By developing of science and technology, more attention has been paid to the development of microprocessor devices in the nanoscale…

Air flow simulation in H-Type vertical axis turbine
Heat Transfer

Air flow simulation in H-Type vertical axis turbine

The vertical axis wind turbines, called VAWT (or Vertical Axis Wind Turbines), are located vertically. The most important advantage of…

Simulation of the airflow inside a rampressor
Heat Transfer

Simulation of the airflow inside a rampressor

Compressors are used to compress gases. In fact, compressors are devices that, with the help of mechanical energy, slowly suck…

Simulation of the distribution and sedimentation of particles under the influence of the cooling system of the floor with radiation on the ceiling
Heat Transfer

Simulation of the distribution and sedimentation of particles under the influence of the cooling system of the floor with radiation on the ceiling

The vast majority of common cooling systems use the direct method of blowing ventilated air into the room. But in…

Simulation of the heat transfer in a two-tube ( opposite direction ) heat exchanger
Heat Transfer

Simulation of the heat transfer in a two-tube ( opposite direction ) heat exchanger

A two-tube heat exchanger, also known as a single-tube heat exchanger, is the simplest type of converter used in the…

Simulation of fluid flow on two parallel planes in one room
Heat Transfer

Simulation of fluid flow on two parallel planes in one room

Analyzing of fluid flow in closed areas is one of the most important issues that has always been an interest…

Simulation of heat transfer in a combustion chamber with radiation heat transfer
Heat Transfer

Simulation of heat transfer in a combustion chamber with radiation heat transfer

The combustion chamber is one of the most important components in the design of the gas turbine, because its stability…

3D simulation of airflow around NACA airfoil 0012
Aerospace

3D simulation of airflow around NACA airfoil 0012

Airfoil is referred to the section of every body that is in the air. The airfoils you see in the…

Simulation of water flow around a cube in a two-dimensional mode
Single-Phase, Non-Reacting Flows

Simulation of water flow around a cube in a two-dimensional mode

Aerodynamic issues can be categorized in different ways. A common classification based on the flow pattern of the air. If…

Simulation of airflow at fuel intakes in jet’s engine
Aerospace

Simulation of airflow at fuel intakes in jet’s engine

The inlet of the airflow, is the first part in a turbo engine that passes through the air to the…

Simulation of the 2phase flow (water, air) on a broad edge lateral spillway with sidelong slope
Free Surface Flows (Multiphase)

Simulation of the 2phase flow (water, air) on a broad edge lateral spillway with sidelong slope

Broad edge spillways are cascade structures with a horizontal crown and sufficiently long in the direction of flow.  The hydrostatic…

Simulation of transient airflow around a helicopter
Aerospace

Simulation of transient airflow around a helicopter

To build a machine that moving just upwards, we need to have a wing that moves some air down to…

3D simulation of natural waterfall
Free Surface Flows (Multiphase)

3D simulation of natural waterfall

Fluid fall from altitude is one of the phenomena that is abundant in nature, as well as in the industry.…

Simulation of multi-phase flow around a jet ski
Free Surface Flows (Multiphase)

Simulation of multi-phase flow around a jet ski

The flow of floating objects is one of the phenomena that is seen around us. Moving boats, ships, jet skis and….…

Simulation and analysis of two-phase flow (air, water)on a spillway
Free Surface Flows (Multiphase)

Simulation and analysis of two-phase flow (air, water)on a spillway

Dams are considered very important structures because of their strategic importance and also the supply of water, and most importantly…

Simulation of two-phase flow around a bridge base
Free Surface Flows (Multiphase)

Simulation of two-phase flow around a bridge base

Analysis of the effects of the flow on rigid bodies is one of the most important applications of fluid mechanics.…

Simulation of two-phase flow on spillway with cavitation
Free Surface Flows (Multiphase)

Simulation of two-phase flow on spillway with cavitation

Cavitation is the formation of vapor bubbles within a liquid when flow dynamics cause the local static pressure to drop…

Simulation of 2D two-phase flow on stepped spillway
Free Surface Flows (Multiphase)

Simulation of 2D two-phase flow on stepped spillway

In this project, the flow of water has been analyzed on a stepped spillway in the vicinity of the air.…

Simulation of two-phase flow on Garmsaar dam spillway
Free Surface Flows (Multiphase)

Simulation of two-phase flow on Garmsaar dam spillway

Due to the strategic importance of dams, water storage, and most importantly the production of high-efficiency electricity, these structures are…

Simulation of fluid heat transfer in a porous media within a cube
Heat Transfer

Simulation of fluid heat transfer in a porous media within a cube

A porous media means a material consisting of a solid network connected to spaces or empty openings between them. Empty…

Simulation of the heat transfer of the air flow around a cooler with louver
Heat Transfer

Simulation of the heat transfer of the air flow around a cooler with louver

Coolers are one of the most widely used cooling systems. Due to the weather conditions in most of areas with…

Simulation of flow inside a tube with a 90 ° pipe elbow
Single-Phase, Non-Reacting Flows

Simulation of flow inside a tube with a 90 ° pipe elbow

The basic concept of a geothermal piping design is to safely and economically transport steam, brine, or two-phase flow to…

Simulation of two-phase flow (water, air) within a centrifuge
Free Surface Flows (Multiphase)

Simulation of two-phase flow (water, air) within a centrifuge

Turbomachinery has many usages in the industry. The use of turbomachines is ranged from water and wind turbines to the…

Simulation of two-phase flow (water, air) behind a barrier and a pipe for transferring water to the outside
Free Surface Flows (Multiphase)

Simulation of two-phase flow (water, air) behind a barrier and a pipe for transferring water to the outside

Dams are one of the most important structures in order to water transfer and also the production of electric energy…

Simulation of two-phase flow ( water , air ) inside a 2D channel
Free Surface Flows (Multiphase)

Simulation of two-phase flow ( water , air ) inside a 2D channel

Today, two-phase and multiphase flows are increasingly important in many engineering industries, including optimal design and safe execution of operations.…

Simulation of heat transfer of the flow around some perforated fins
Heat Transfer

Simulation of heat transfer of the flow around some perforated fins

As the surface area increases, the transfer of heat increases. This process is done using blades extending from the wall…

Simulation of nano-fluid flow and effects of electric fields on it
Heat Transfer

Simulation of nano-fluid flow and effects of electric fields on it

Knowledge of the rheological behaviour of nanofluids is found to be critical in deciding their suitability for convective heat transfer applications. Nanofluids also…

Simulation of nano-fluid and effects of magnetic fields on magnetizable flow
Heat Transfer

Simulation of nano-fluid and effects of magnetic fields on magnetizable flow

Nanofluids have novel properties that make them potentially useful in many applications in heat transfer, including microelectronics, fuel cells, pharmaceutical processes, and hybrid-powered engines,…

Simulation of multiphase flow of multi-fluid in a mixer using the Eulerian model
Free Surface Flows (Multiphase)

Simulation of multiphase flow of multi-fluid in a mixer using the Eulerian model

Mixers are machines that are used to mix solid with solid, liquid with solid, liquid with liquid. Industrial mixers are…

Simulation of the heat transfer flow inside a parallel plate heat exchanger with a blade
Heat Transfer

Simulation of the heat transfer flow inside a parallel plate heat exchanger with a blade

The plate heat exchanger is a type of heat exchanger, which is generally composed of a large number of corrugated…

Simulation of fluid flow in a vertical fan with a stator
Heat Transfer

Simulation of fluid flow in a vertical fan with a stator

Fans are the heart of the system and play a significant role in the manufacturing process in the industry. The…

Simulation of the flow around an airfoil with a slat at the tip
Aerospace

Simulation of the flow around an airfoil with a slat at the tip

The study of the flow around external bodies has always been important. Due to the high use of these flows…

Simulation of nanofluid heat transfer flow in a 2D porous media
Heat Transfer

Simulation of nanofluid heat transfer flow in a 2D porous media

Nano-fluid has many applications in industry. These kind of fluids are generally divided into two parts: heat transfer and mass…

Simulation of flow in manifold in Ansys Fluent
Mechanical, Single-Phase, Non-Reacting Flows

Simulation of flow in manifold in Ansys Fluent

Manifold is a propeller of motor that can be classified into two types of inlet and outlet manifolds or manifolds…

Simulation of flow around a 6-blade vertical axis wind turbine
Aerospace

Simulation of flow around a 6-blade vertical axis wind turbine

Wind turbines generally convert wind energy into electrical energy. Today, as energy and fossil fuels demands increase, the use of…

Simulation of 2D stepped spillway
Free Surface Flows (Multiphase)

Simulation of 2D stepped spillway

Stepped spillways are commonly used in reservoir dams in order to release flood safely.  The stairs of spillway increase energy…

Simulation of a simple and conical cap in a vertical sluice
Heat Transfer

Simulation of a simple and conical cap in a vertical sluice

Today, the use of channels in the industry has been considerably brought in attention. Its usages can be mentioned such…

Simulation of a lateral sluice with sediment in Ansys Fluent
Heat Transfer

Simulation of a lateral sluice with sediment in Ansys Fluent

Sluice is one of the most important sections in all natural and artificial water transmission channels. These sluices (lateral sluice)…

3D Simulation of two-phase flow (water, air ) in a channel
Heat Transfer

3D Simulation of two-phase flow (water, air ) in a channel

Multiphase flow is one of the most important and most widely used issues in mechanical engineering. The phase shift of…

Simulation of two-phase 3D flow on a stair spillway
Heat Transfer

Simulation of two-phase 3D flow on a stair spillway

Spillways are one of the most useful fluid structures. The usages of these spillways in many industrial and non-industrial applications,…

Simulation of Brake Disk in Ansys Fluent
Heat Transfer

Simulation of Brake Disk in Ansys Fluent

Brake discs are exposed to very high mechanical and thermal loads. Added to these are environmental factors such as spray…

Simulation of airflow inside a cylindrical dryer in Ansys Fluent
Heat Transfer

Simulation of airflow inside a cylindrical dryer in Ansys Fluent

The horizontal cylindrical dryer design includes either a ribbon or paddle agitator, depending on the materials and the range of…

Simulation of fin-tube heat exchanger in Ansys Fluent
Heat Transfer

Simulation of fin-tube heat exchanger in Ansys Fluent

Finned tube heat exchanger for heat transfer between air, gas and liquids or steam. Heat exchanger with finned heating surfaces, so-called…

Simulation of heating gasoline in a tank in Ansys Fluent
Heat Transfer

Simulation of heating gasoline in a tank in Ansys Fluent

Storage and transportation of materials at appropriate temperatures have always been considered. This attention becomes more important when it is…

Simulation of a heat exchanger shell and tube with a spiral baffle
Heat Transfer

Simulation of a heat exchanger shell and tube with a spiral baffle

Over the past few years, various types of baffles have been used in tube heat exchangers. The goal of presenting…

Simulation of a spiral heat exchanger in Ansys Fluent
Heat Transfer

Simulation of a spiral heat exchanger in Ansys Fluent

The spiral heat exchanger (helical heat exchanger), consists of a number of coils (tubes or spiral tubes) with a Helix…

Simulation of heat transfer in a heater with a fan
Heat Transfer

Simulation of heat transfer in a heater with a fan

Setting the temperature of a room or a building at an ideal temperature for comfort has always been a concern…

3D simulation of heat transfer with a volumetric heat source
Heat Transfer

3D simulation of heat transfer with a volumetric heat source

Heat transfer from volumetric heat sources to the surrounding environment is one of the oldest heating methods that mankind has…

3D simulation of natural convection heat transfer in a transformator
Heat Transfer

3D simulation of natural convection heat transfer in a transformator

Natural convection has attracted a great deal of attention from researchers because of its presence both in nature and engineering…

Simulation of natural convection heat transfer in a transformator
Heat Transfer

Simulation of natural convection heat transfer in a transformator

Natural convection is a mechanism, or type of heat transport, in which the fluid motion is not generated by any…

Simulation of heating in a room by a radiator in Ansys Fluent
Heat Transfer

Simulation of heating in a room by a radiator in Ansys Fluent

Radiators are heat exchangers used to transfer thermal energy from one medium to another for the purpose of cooling and…

Simulation of transient heat transfer on a rotating table
Heat Transfer

Simulation of transient heat transfer on a rotating table

In many engineering fields, we encounter unsteady and transient heat transfer problems. For example, the heat transfer from the cylinder…

Simulation of heat transfer on a brake disk in Ansys Fluent
Heat Transfer

Simulation of heat transfer on a brake disk in Ansys Fluent

A disc brake is a type of brake that uses calipers to squeeze pairs of pads against a disc or…

Simulation of heat transfer in a serial plate heat exchanger
Heat Transfer

Simulation of heat transfer in a serial plate heat exchanger

Application of numerical simulations based on the CFD calculation when the mass and heat transfer between the fluid flows is…

Simulation of heat transfer of parallel plate heat exchanger
Heat Transfer, Mechanical

Simulation of heat transfer of parallel plate heat exchanger

In general, parallel flow heat exchangers considered less efficient than counter flow heat exchangers in terms of transferring heat from…

Simulation of flow buoyancy and buoyancy effect
Heat Transfer, Mechanical

Simulation of flow buoyancy and buoyancy effect

Buoyancy is the upward force exerted on an object when it is immersed, partially or fully, in a fluid -…

Simulation of a 2D louver in Ansys Fluent
Heat Transfer

Simulation of a 2D louver in Ansys Fluent

Nowadays louvers are used in parts of the Middle East. You can gain a lot of advantages from louvers. One…

Simulation of a radiator and natural heat transfer
Heat Transfer

Simulation of a radiator and natural heat transfer

Regulating the temperature of a room or a building at an ideal temperature for comfort has always been a concern…

Wind Turbine
Mechanical, Turbomachinery

Wind Turbine

Wind turbines are equipment used for producing electricity from wind power as a sustainable energy which is available free of…

Simulation of Porous Media in Ansys Fluent
Heat Transfer, Mechanical

Simulation of Porous Media in Ansys Fluent

A porous media is a kind of material which its volume contains a pore space. In some application of fluid…

Simulation of the Kaplan turbine
Renewable, Turbomachinery

Simulation of the Kaplan turbine

One of the most common practical engineering applications of fluid mechanics is the design of turbomachines. Turbomachines are the hearts…

Simulation of an intake
Aerospace, Reacting Flows and Combustion

Simulation of an intake

Intake is a structure which is used for releasing water regularly from reservoirs or lakes. This water would be used…

Simulation of a spillway
Free Surface Flows (Multiphase), Hydraulic Structures

Simulation of a spillway

A spillway or an overflow channel is a structure for controlling the overflow of a dam in case of a…

Simulation of flow in a louver
Renewable, Single-Phase, Non-Reacting Flows

Simulation of flow in a louver

Wind catcher or wind tower is kind of ventilator has been used for many years in different regions with hot…

Simulation of a shell and tube heat exchanger
Chemical, Heat Transfer, Mechanical

Simulation of a shell and tube heat exchanger

In the industrial world, heat transfer is one the phenomena occurring in many important industrial processes whether we need to…

Simulation of a two-dimensional transformator
Heat Transfer, Power

Simulation of a two-dimensional transformator

Heat transfer is one the phenomena occurring in many important industrial processes whether we need to add heat or remove…

Simulation of Vof Compressible
Aerospace, Mechanical

Simulation of Vof Compressible

In computational fluid dynamics, the volume of fluid (VOF) method is a free-surface modeling technique, i.e. a numerical technique for tracking and locating the free surface (or fluid-fluid interface).…

Simulation of a transformator
Heat Transfer, Mechanical, Power

Simulation of a transformator

In the industrial world, heat transfer is one the phenomena occurring in many important industrial processes whether we need to…

Simulation of a train motion
Aerospace, Mechanical

Simulation of a train motion

Aerodynamics focuses on the interaction of fluid and bodies. We can see the applications of aerodynamics in designing vehicles including…

Simulation of solar radiation in Ansys Fluent
Architecture, Heat Transfer

Simulation of solar radiation in Ansys Fluent

Our organization always appreciates environmentally friendly activities. The global demand for energy is increasing as a consequence of industrial development…

Simulation of a ramjet engine in Ansys Fluent
Aerospace, Mechanical

Simulation of a ramjet engine in Ansys Fluent

Ramjet engines have no moving parts and at first glance, seem like a hollow tube. They are mostly used in…

Simulation of ramjet engine system in Ansys Fluent
Aerospace, Mechanical

Simulation of ramjet engine system in Ansys Fluent

Ramjet engines have no moving parts and at first glance, seem like a hollow tube. They are mostly used in…

Simulation of convergent-divergent nozzle in Ansys fluent
Aerospace, Mechanical

Simulation of convergent-divergent nozzle in Ansys fluent

A converging diverging nozzle is consists of three parts, respectively: converging section, throat and diverging section. In converging-diverging nozzle the…

Simulation of Nano-fluid in Ansys fluent
Heat Transfer, Mechanical

Simulation of Nano-fluid in Ansys fluent

Fluids with floating nano particles are called nanofluids. The particles influence the overall properties of the fluid flow. They can…

Simulation of a jet ski
Aerospace, Free Surface Flows (Multiphase), Mechanical

Simulation of a jet ski

A Jet Ski is a vehicle used for sailing in water. We have different kind of Jet Skis and most…

Simulation of an injector
Free Surface Flows (Multiphase), Mechanical

Simulation of an injector

Injector is a kind of nozzle for injecting fuel, steam and air under pressure. Injectors are used in different systems;…

Simulation of a heler
Chemical, Heat Transfer, Mechanical

Simulation of a heler

Dry cooling tower is device used for cooling of the process fluid and keep the temperature at a specific level.…

Simulation of a Gas Turbine
Aerospace, Chemical, Fossil Fuel, Heat Transfer, Mechanical

Simulation of a Gas Turbine

In the last twenty years there has been a huge growth in use of gas turbines in the industry, in…

Simulation of gas Sweetening in Ansys Fluent
Chemical, Free Surface Flows (Multiphase), Mechanical

Simulation of gas Sweetening in Ansys Fluent

One of the most important parts of gas processing is the separation of carbon dioxide and sulfur. Gases that are…

Simulation of Francis turbine in Ansys Fluent
Mechanical, Renewable, Turbomachinery

Simulation of Francis turbine in Ansys Fluent

One of the most common practical engineering applications of fluid mechanics is the design of turbomachines. Turbomachines are the hearts…

Simulation of cyclone system in Ansys Fluent
Chemical, Mechanical, Particle Flows

Simulation of cyclone system in Ansys Fluent

Cyclone is a system used for removing dirt and particles from air, gas and liquid. In many industrial systems we…

Simulation of Bingham fluid in Ansys Fluent
Chemical, High Rheology Material, Mechanical

Simulation of Bingham fluid in Ansys Fluent

A fluid which has a linear relationship between shear stress and velocity gradient is called Newtonian fluid and on the…

Simulation of aft fan in Ansys Fluent
Aerospace, Mechanical, Turbomachinery

Simulation of aft fan in Ansys Fluent

The main purpose of a fan is the displacement of specific amount of air. In fact, fan is a low…

Simulation of Spillway in Ansys Fluent
Hydraulic Structures, Mechanical

Simulation of Spillway in Ansys Fluent

A spillway or an overflow channel is a structure for controlling the overflow of a dam in case of a…

Simulation of 3D Nozzle in Ansys Fluent
Aerospace, Mechanical

Simulation of 3D Nozzle in Ansys Fluent

There exist different kinds of nozzles for various applications. Nozzles are equipment used for controlling the flow rate, flow direction…

Our Process

If you want to know what we will do with your project read our steps blow.

STEP 2

Our colleagues will call you as soon as possible; then after advising you on your project, we will specify the steps of the project in detail, the fee and the delivery time for each step.

STEP 3

After paying the deposit, we will start your project and the results of each step will be sent to you in the specified deadlines. Once you have investigated your results and confirmed it, the fee of that step should be paid.

STEP 4

All of the results and files related to simulations will be sent to you and you will receive the required training.

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