Computational Fluid Dynamics Jobs
Computational Fluid Dynamics, or CFD, is a powerful engineering tool used to accurately simulate fluid motion and heat transfer. CFD is widely applied to many engineering problems spanning fields such as aerospace, automotive and electronics cooling, medical devices and biocompatible materials. A Computational Fluid Dynamics Expert can help client to solve a wide range of fluid-flow related problems, such as optimizing air flow in ducts, cooling fins of the electronics devices. CFD experts also guide clients on how to best use CFD software to effectively solve the engineering problems they are encountering.
Here are some projects that our Computational Fluid Dynamics Experts have made real:
- Creation of complex 3D simulations in order to solve problems related to air-flow velocity, turbulence or pressure distribution
- Design and optimization of multiple mechanical or biological components utilising high resolution simulation tools
- Modeling and simulation of turbulent flows for applications such as motor vehicle fuel systems
- Visualizing combustions processes like ignition and flame spread for internal combustion engines
- Analysis and prediction of the impact that temperature differentials can have on materials
At Freelancer.com, the projects mentioned above demonstrate some of the engineering problems that can be solved through the use of advanced CFD software. Our experts are able to develop accurate models and simulations so they can gain an in-depth understanding of the behavior of flowing fluids characterised by velocity and density differentials. This allows them to predict these behaviors and make positive changes accordingly in design or provide valuable insights that may be reflected in decisions and actions taken by clients.
Are you faced with a project that requires the help of a Computational Fluid Dynamics expert? We encourage you to post your project on Freelancer.com today and hire one of our experienced experts who can help you make your project a success!
Baseret på 6,974 bedømmelser, giver vores klienter os Computational Fluid Dynamics Experts 4.87 ud af 5 stjerner.Ansæt Computational Fluid Dynamics Experts
I am looking for a skilled programmer to write a User Defined Function for ANSYS for a plaque deposition tracking project. Programming Language: - The User Defined Function should be written in either C++. Specific Requirements: - To track a specific kind of molecule and deposit it on an arterial wall. Over time physically change the appearance of the geometry in the simulation which must change the way the simulation works. - A research paper is attached below to work with. Take their equations and turn that into a workable UDF Timeline: - The project needs to be completed within a week. Ideal Skills and Experience: - Proficiency in C++ - Experience with ANSYS and User Defined Functions. - Strong problem-solving and analytical skills. - Attention to detail and ability to meet...
Project: Require the meshing of a fixed-wing VTOL model that will be further used for CFD analysis. Software to be used for meshing: ANSYS Fluent 2019 R3 Delivery duration: 2-3 days Project Budget: INR 1000
Project Overview: Create a comic that explains in detail a topic in ME 321. Your approach can cover a topic that you find confusing, you find interesting, you have observed in your daily life, or that you know well and feel like you can explain. I know we aren’t all artists here, but the goal is to have some fun building some visuals to go along with technical content. You are free to draw by hand, or use an iPad or other creative tools to generate your graphics. Your content, story and graphics, should be your own and should be done in color. The comic strip should consist of at least 20 cells to tell your story. The story can be silly, serious, completely out there but it needs to correctly apply concepts from Thermal/Fluids 1 to develop/explain/drive the story. The overall goal of...
Participants need to fill out the Challenge Registration form before submitting the solution. Please refer to the Guidelines tab for more information. Overview As space travel extends to greater duration and distance, missions may require a propellant refill in space. To achieve this, spacecraft may require larger tanks and efficient refueling along with tanks that have the capability of isolating propellant from ullage fluid (a gas and vapor mixture) during a vent. The goal of this Challenge is to develop a novel solution for the venting of ullage contents from a partially full propellant tank, in microgravity, with minimal loss of propellant. This ullage venting solution would help allow the adjustment of pressure in the receiving tank prior to, during, and/or after the liquid propella...
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