Engineer - CFD

Everest Vacuum

Bengaluru, India

3-5 Years

This job is no longer accepting applications

Posted 25 months ago

Job Description

As an integral part of NTI/Sub-system team at Ingersoll Rand, CFD Engineer will be responsible for conducting Computational Fluid Dynamics and Heat Transfer analysis and simulations to analyze, optimize, and validate complex flow modeling
Your expertise in Thermal and Fluid dynamics will be instrumental in ensuring accurate and reliable results
Additionally, your familiarity with Python programming will provide a valuable advantage in developing automated analysis tools and enhancing our simulation capabilities
Simulation tools may consist of 3D CFD analysis, Screw compressor modeling, Vacuum Pumps Heat Exchanger Modeling, Gas-Oil Separation Simulations, one-dimensional analysis (1D) and/or other methods
Experience in working with GT Suite will be an added advantage

Responsibilities:

Perform CFD on various mechanical subsystem components to evaluate fluid flow characteristics, heat transfer and system statics.
Utilize your strong knowledge of fluid mechanics, heat mass transfer to accurately model and simulate real-world engineering problems.
Perform FSI modeling for valves.
Improve the theoretical calculation discipline and enhance existing practices.
Validate CFD results through comparisons with experimental data, analytical solutions, and established standards, ensuring the accuracy and reliability of the simulations.
Perform a thorough post processing of the results, develop detailed and impactful reports with design recommendations.
Carryout hand calculations and build 1-D tools, which will improve productivity.
Desire to work in fast-paced environment.
Outstanding written and verbal communication skills; ability to interact with cross-functional teams, management and external vendors.
Work with the internal stakeholders and ensure that the expectations and the requirements are clarified, understood and clearly communicated.
Develop design guides and best practices, or update the existing ones consistently to ensure that the standard work and repeatability is established in simulation.
Develop the project plan, keep it updated with the progress and consistent reporting to the stakeholders.
Lead/participate in the Design reviews and present the simulation results as part of the projects.
Continue to improve the simulation capabilities and be abreast with the latest advancement in the tools, with active external awareness and continuous self-learning.

Mandatory/ Essential Skills

Expertise in simulation of Fluid Flow and heat transfer physics pertaining to Pressure Drops, Static and transient modeling for various industrial equipment simulations like compressors, Dryers etc
Expertise in simulation of Air-Cooled Water Cooled Heat Exchanger through conjugate heat transfer physics in Ansys Fluent, Ansys CFX.
Expertise in multiphase flow simulation for gas separation and the moisture separation.
Experience in solving Screw Compressors, Vacuum Pumps using Ansys Fluent, Ansys CFX, GridPro, Converge Forte tools.
Rigorous knowledge of Fluid Mechanics and Heat Transfer with a demonstrated ability to carry out hand calculations and building analytical tools.

Desired skills:

Comfortable in using Ansys Space Claim and workbench meshing for pre-processing.
Good knowledge in fluent meshing for polyhedral meshing generation.
Experience in carrying out screw compressors modeling in GridPro and Ansys solver tools.
Experience in conducting experiments and validation studies.
Knowledge of Python or MATLAB programming will be an added advantage.
Preferred experience in analyzing and designing air compressor components.
Experience in working with GT Suite will be an added advantage.
Experience on Aero Acoustic modeling will be an added advantage.

Qualification and Experience:

Masters Degree in Thermal / Fluids / Mechanical / Aerospace Engineering
3-5 years of experience solving steady state and transient simulations for compressor package subsystem modeling, vacuum pumps, gas-oil separation, and estimation of noise levels.

What do we offer