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Shashikant Raut CFD, Heat Transfer, Fluid Mechanics, STAR CMM+
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Expert in leading multidisciplinary projects, engineering solutions for challenging fluid mechanics and thermodynamics problems through computational modeling and simulation, and validating the numerical results with experimental measurements Proficiencies include multi-air flow, conjugate heat transfer (CHT), turbulent flows, turbocharger aerodynamics, and refrigeration.
-• The refrigerator and freezer are modeled for flow and thermal analysis inside the compartment.
• Selection of cooling subcomponents like the fan and evaporator for the refrigerator
• To solve the issues (flow, thermal, or any) that occurred during the development of different refrigerator models and to provide the best possible suggestions to overcome the issue.
• Making new concepts to meet product performance and validating them with CFD simulation and prototype
-• Prediction of HCF life of radial turbine stages involves prediction of strain that is coming on the turbine wheel when it is rotating at high speeds due to pressure fluctuation.
• Experience in Pulse Utilization of twin entry turbine housing stages for a couple of projects
• Performed coolant flow analysis for the bearing housing coolant system. The intention of the analysis is to get the coolant flow visualization and understand the optimization scope in stagnant zones in the coolant cavity along with the pressure drops in the system.
• Thermal hot shutdown analysis in CFD: this is a transient CFD analysis performed to understand the impact of thermal inertia due to sudden engine shutdown on the turbine architecture. The output of the analysis is the highest temperatures and their distribution in different turbocharger components to understand the material requirements.
-• The refrigerator and freezer are modeled for flow and thermal analysis inside the compartment.
• Selection of cooling subcomponents like the fan and evaporator for the refrigerator
• To solve the issues (flow, thermal, or any) that occurred during the development of different refrigerator models and to provide the best possible suggestions to overcome the issue.
• Making new concepts to meet product performance and validating them with CFD simulation and prototype
-• Prediction of HCF life of radial turbine stages involves prediction of strain that is coming on the turbine wheel when it is rotating at high speeds due to pressure fluctuation.
• Experience in Pulse Utilization of twin entry turbine housing stages for a couple of projects
• Performed coolant flow analysis for the bearing housing coolant system. The intention of the analysis is to get the coolant flow visualization and understand the optimization scope in stagnant zones in the coolant cavity along with the pressure drops in the system.
• Thermal hot shutdown analysis in CFD: this is a transient CFD analysis performed to understand the impact of thermal inertia due to sudden engine shutdown on the turbine architecture. The output of the analysis is the highest temperatures and their distribution in different turbocharger components to understand the material requirements.
Subjects
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Advanced Fluid Mechanics Beginner-Expert
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Computational Fluid Dynamics (CFD) Beginner-Expert
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Heat Transfer and Heating ventilation & Air conditioning Beginner-Expert
Experience
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Senior CFD Simulation Engineer (Jan, 2021–Present) at Bosch India
-CFD Simulation
- System Simulation
Education
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Thermal Engineering (Aug, 2015–Dec, 2017) from M.Tech, MIT Pune–scored 8.40
Fee details
₹500–2,500/hour (US$5.95–29.73/hour)
Full Corse
-Based on Task
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Pune, Maharashtra, India
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Can travel:
310.75 mi (500.0 km)
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- Last login: Jan 18
- Registered: Jan 11
- Total Teaching exp: 6.0 yrs.
- Teaches online: Yes
- Online Teaching exp: 4.0 yrs.
- Teaches at student's home: Yes
- Homework Help: Yes
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Gender: Male
- Works as: Individual teacher
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Fee:₹500–2,500/hour(USD 5.95–29.73/hour)
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