5 Cfd Simulations Jobs

As a Junior Research Fellow (JRF) at Mahindra University in the Mechanical and Aerospace Engineering department, you will be involved in a project sponsored by the Aeronautics Research and Development Board (AR&DB), DRDO. The project focuses on the "Design Optimization of Turbine Nozzle Guide Vane Three-Dimensional Airfoils." Your responsibilities will include conducting Computational Fluid Dynamics (CFD) simulations using commercial CFD software like ANSYS CFX for various designs of a turbine stage of an aircraft engine. This will involve tasks such as 3D CAD design of turbine blades, grid generation, CFD simulations, and post-processing of results. The objective is to obtain an optimal turbine stator vane design that minimizes aerodynamic losses. Collaboration with the Gas Turbine Research Establishment (GTRE), DRDO, will be an integral part of your work, and the research outcomes will contribute to the design of advanced combat aircraft engine turbines. The ideal candidate should possess an M.E/M.Tech degree from a tier 1 or tier 2 institution in Mechanical or Aerospace Engineering, demonstrating a keen interest in aerospace propulsion and proficiency in CFD. Consideration will also be given to candidates with a BTech degree and strong credentials. Furthermore, the selected JRF will have the opportunity to pursue a Ph.D. degree within the Mechanical and Aerospace Engineering department of Ecole Centrale School of Engineering, Mahindra University, Hyderabad. In terms of compensation, the monthly salary for this position is Rs. 43,600 p.m. (Rs.37,000 + 18% HRA) as per DST standards, with deductions applicable if residing on campus towards mess fees. Mahindra University, formerly known as Mahindra Ecole Centrale, was established in 2014 through a collaboration between the Mahindra Group and the prestigious Ecole Centrale Group of Institutions in France. It transitioned into Mahindra University in 2020. The JRF will be based at the Ecole Centrale School of Engineering within Mahindra University. The project investigators for this research are Dr. Ravi K. Bompelly, Assistant Professor in the Dept. of Mechanical and Aerospace Engineering, and Prof. Debasis Chakraborty, Professor in the same department. Interested candidates are encouraged to submit their CV/resumes to ravikiran.bompelly@mahindrauniversity.edu.in promptly. For more information about Mahindra University, please visit https://www.mahindrauniversity.edu.in/.,

The Computational Fluid Dynamics (CFD) Research Group at the School of Mechanical Engineering, Vellore Institute of Technology (VIT), Chennai, is seeking applications for a PhD research position focused on investigating the thermal performance of nanofluids using machine learning modeling techniques. The research aims to enhance heat transfer efficiency through the exploration of multiphase turbulent modeling, nanoparticle shape effects, and innovative approaches in nanofluid heat transfer. The project will involve conducting CFD simulations to analyze fluid flow, convective heat transfer, and nanoparticle dispersion. Additionally, machine learning techniques will be utilized to optimize performance across varying operating conditions. The successful candidate will be involved in developing high-fidelity CFD models integrated with data-driven machine learning frameworks to predict and improve heat transfer characteristics for applications in thermal management, energy systems, and cooling technologies. Eligibility and Fellowship Details: This research position is supported by the institute's research fellowship program and is open to candidates holding either Masters or Bachelors degrees. Candidates with the following educational backgrounds are eligible to apply: - Masters degree (M.Tech/M.E/M.Sc) in Mechanical Engineering, Thermal Engineering, or a related field such as Applied Mathematics. - Bachelors degree (B.Tech/B.E) in Mechanical, Aeronautical, or Automobile Engineering. Fellowship details and research support options are as follows: - For Masters degree holders: A fellowship of 31,000 per month for the first year, increasing to 35,000 per month for the second and third years (total duration: three years). - For Bachelors degree holders: A fellowship of 21,000 per month for the first two years, increasing to 30,000 per month for the third and fourth years (total duration: four years). Additionally, the institute offers a Raman Research Award of up to 1 lakh for outstanding research publications and provides funding support for conference presentations and journal publications. Preferred Skills: - Proficiency with CFD tools such as ANSYS Fluent and OpenFOAM. - Strong programming skills in MATLAB, C, and Python. - Excellent verbal and written communication abilities. Start Date: June 2025 Application Process: Interested candidates are required to submit a comprehensive CV along with contact details for at least two academic or professional references to harish.r@vit.ac.in before March 28, 2025. For more information, please contact the provided email address.,

As a CFD Application Engineer at our company located in Bareilly, UP, you will have the opportunity to unlock your full potential in a supportive environment where every achievement is celebrated and every challenge is seen as an opportunity for growth. Your main responsibilities will include conducting detailed analyses of multiphase flows, phase change, reaction kinetics, electrochemical reactions, or thermal management. You will be expected to develop extensive industry-grade case studies that showcase our company's capabilities and applications in the additive manufacturing (AM) industry. Additionally, you will be involved in the execution of consulting projects across various industries such as Oil & Gas, Mining, Water, Environmental, Manufacturing, and Thermal Modeling. In this role, you will have the independence to perform verification and validation studies, demonstrating a strong grasp of the underlying physics behind all industrial processes and CFD simulations. If you are a motivated individual with a minimum qualification of M.Tech/MS and possess the preferred skills mentioned above, we encourage you to join our team and contribute to our innovative projects. For any queries or to apply for this position, please contact us via email at careers@paanduv.com or call us at 8218317925.,

As an Engine CFD Analyst, your primary responsibility will be to conduct Engine Level CFD simulations, specifically focusing on internal and in-cylinder scenarios for both series production and advanced engineering projects. This role involves preparing CFD models for In-Cylinder Spray and Combustion simulations using tools such as Converge, Star-CD, and AVL FIRE. Additionally, you will be tasked with creating CFD models for Engine & Exhaust CHT models utilizing Star-CCM+ and applying necessary loading and boundary conditions for analysis purposes. Collaboration with design and testing teams will be essential as you execute CFD analysis on engine components, provide insights, and recommend potential countermeasures. Your role will encompass conducting CFD analysis for various developmental, market-related issues, and VAVE projects. Proficiency in post-processing, result analysis, engaging in discussions with designers, and preparing detailed reports will be crucial aspects of this job. A foundational understanding of Engine parts and sub-systems, familiarity with engine performance parameters, and hands-on experience with In-Cylinder software, Star-CCM+, and Unigraphics are prerequisites for this role. Additionally, comprehension of Engine Bench Level Testing methods and knowledge of alternative fuels such as Ethanol and H-CNG will be advantageous. An educational background of B.E/B.Tech in Mechanical/Production Engineering/Electrical with a minimum of 60% marks is required, while an M.E/M.Tech degree and relevant project work in Engine CFD Simulation are desirable. Ideally, candidates should possess 2 to 9 years of experience in this field.,

You will be responsible for performing Engine Level CFD simulations (internal and in-cylinder) for series production and advanced engineering projects. Your main duties will include preparing CFD models for In-Cylinder Spray and Combustion simulations using software such as Converge, Star-CD, and AVL FIRE. Additionally, you will be expected to create CFD models for Engine & Exhaust CHT using Star-CCM+, apply loading and boundary conditions for analysis, and collaborate with design and testing teams to execute CFD analysis of engine components and propose solutions. In this role, you will conduct CFD analysis activities for development, market issues, and VAVE projects. You should possess the ability to perform post-processing, result analysis, engage in discussions with designers, and prepare detailed reports. It is essential to have a basic understanding of Engine parts and sub-systems, familiarity with engine performance parameters, and hands-on experience with In-Cylinder software, Star-CCM+, and Unigraphics. Knowledge of Engine Bench Level Testing methods and alternative fuels like Ethanol and H-CNG, as well as experience with 1D GT Power, will be advantageous. Ideal candidates should hold a B.E/B.Tech degree in Mechanical/Production Engineering/Electrical with a minimum of 60% marks. An M.E/M.Tech qualification and project work related to Engine CFD Simulation would be desirable, along with 2 to 9 years of relevant work experience.,