Computational fluid dynamics (CFD) simulation services for Hydraulic Structures for civil engineering students

One of the most critical applications of computational fluid dynamics is in the field of civil engineering, water, and hydraulic structures. The applications in the field of hydraulic structures and civil engineering include the stepped spillway overflow simulation, cylindrical and lateral overflow dams, climate models and sedimentation.
MR Company, with several years of experience in the field of computational fluid dynamics simulation, is ready to provide services in civil engineering-related fields. Our services include simulation with Fluent software. We also present simulation results in files (contours, plots, etc.) and full training to students and dear researchers.

Using the numerical method for designing hydraulic structure have been used from the beginning of the 21th century. The most application of CFD for this area is associated with the simulation of free surface and open channel flow, including all of the simple channel, overflows, etc. for modeling and simulation of this application, ANSYS Fluent use the volume of fluid (VOF) multiphase model. This model is useful when the density ratio of phases is high. In the most time phases is water and air and this ratio is near 1000 and is so high, besides, this model is also perfect when we want to calculate hydraulic level. It means the height of the water flow level. In most time, we want to calculate this parameter and find a way to control it. The second model that has much application is the Discrete Phase Model (DPM). This model is used for simulating and predicting the sedimentation performance of spillways, side channels.

There are many advantage of CFD  simulation for designing hydraulic structure; for example, there is very result that can be calculate just by CFD simulation and is not possible to extract from experiment and tests. But CFD simulation has some disadavatange or in the other word has some limitation.  CFD simulation accuracy in hydraulic structure is entirely depends on meshing quality, size, turbulence method, and also discretization method. If we select inappropriate method result is not acceptable, but what it is promising is that if you are expert in CFD simulation for this area or use our Specialized service, we can commit to delivering you the reliable and valid result. We can Assure you that our mesh type, size, and quality is perfect. This target can be achieved by having mesh indepencency and mesh study procedure in your contract. Also, we can show you the methods we use in our cfd simulation is valid by comparing and calibrating our result by the experimental test. We can assure you that the discretization method and turbulence models are appropriate and accurate for your work. in the most CFD simulation of free-surface flow, RANS turbulence models are accurate and no need to use DNS (direct numerical simulation) and LES (large eddy simulation). For knowing which method is more accurate in our work we need to have turbulence sensitivity analysis. It means to compare all turbulence method with experimental test and find the result of which method is closer to the experimental result. Although some times some method like Reynolds stress method (RSM) is more accurate in determining vortex and anlgle of separation, we should know the computational cost is high because we shoulld to solve 7 equation in this case. Most time, we can use k-epsilon RNG, and Realizable and accuracy of these methods is the same or a little lower. But the computational cost is very lower than RSM because the number of the equation is two.

We use ANSYS Fluent package Software for modeling, meshing, and simulation services for Hydraulic Structures for civil engineering students

Having several years of experience in the simulation of various CFD fields using Fluent software, Mr. CFD team is ready to offer services in Modeling, meshing, and simulation. You have the following software options to organize a project.
• Design Modeler, Gambit, and CATIA for modeling
• Gambit, ANSYS meshing, and ICEM for meshing
• Fluent for analysis
• CFD-Post and Fluent software to extract the results

Simulation services of Hydraulic structures for civil engineering students

• Spillway
• Flow over the bridge foundation
• Dam
• Compound channel
• Basin
• Stilling
• Sedimentation
• Flow over buildings and urban structures

Mr. CFD Company services for students

Due to the wide range of aerodynamic and aerospace science and the different fields of work as well as the abundance of projects, this team offers to view all the products presented in this section. In the absence of any desired project or project close to your request, you can search our portfolios to find your eligible project, after all, if you didn’t see any ideal project, you could order your project from the services pages on the header of this website or via quick order.

Our experts will investigate your order in the shortest possible time, and if we need more information about the proposed project, we will be in touch with you. After completing the required information to examine the proposed project, and confirming your request, the time, conditions, project time span, and the price will be sent as an official sealed contract. This process will take place as soon as possible. If you have any question, you can contact our online support section (the fixed blue tab below the page). If it is offline, don’t worry, you can post your message, and it will be answered as soon as possible.
If you are an aerodynamic or aerospace engineer student and there is some problem in your project simulation procedure, or you want to order your simulation as a project to be simulated by our experts, kindly proceed through the website.

Our services contain CFD simulation of thesis (B.Sc., M.Sc., or Ph.D.), consultation, and training. All your CFD project could be ordered to be simulated by Mr. CFD experienced experts through the website.
Our services are high quality with low prices and would be delivered in a limited deadline for students. Do not hesitate to contact us if there is any problem or question with your CFD simulations.