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  1. Home/
  2. RAJAT MOHADIKAR/
  3. Code to solve the steady and unsteady 2D heat conduction using Matlab

Code to solve the steady and unsteady 2D heat conduction using Matlab

2D Heat Conduction challenge Steady-state analysis The 2D Transient equation: dTdt+α(d2Tdx2+d2Tdy2)=0dTdt+α(d2Tdx2+d2Tdy2)=0 The Steady-state equation: d2Tdx2+d2Tdy2=0d2Tdx2+d2Tdy2=0 Assume that the domain is a unit square. Now assigning boundary conditions. Temperatures for steady-state T_L=400 -- Temp at the left boundary T_T=600 --…

  • CFD

  • RAJAT MOHADIKAR

    updated on 17 Aug 2020

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Read more Projects by RAJAT MOHADIKAR (27)

Combustion simulation of Port Fuel Injection SI engine- Full Hydrodynamic case setup using Converge

Objective:

Aim: Port Fuel Injection SI Engine. Objectives: In this part of the projects, the Full-Hydrodynamic case will be set-up and the processes of SI Engine with respect to crank angles will be simulated. Multipoint fuel injection (MPI), also called port fuel injection (PFI), injects fuel into the intake ports just upstream…

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05 Jul 2021 08:37 AM IST

  • CFD
  • COMBUSTION
Read more

Analysis of 3D External Flow past a submarine Using Ansys Fluent

Objective:

  Aim: Analysis of 3D External Flow past a submarine   Objectives: For the given submarine geometry, you need to perform an external flow simulation in Ansys Fluent to analyze and study the essential phenomena/parameters. The simulation procedure is as follows;   Clean up the given submarine CAD model, look…

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17 Feb 2021 05:45 PM IST

  • CFD
  • FEA
Read more

Emission characterization on a CAT3410 engine

Objective:

Emission characterization on a CAT3410 engine In order to reduce the emission from the IC Engines, one of the most important aspect to look at is the Piston bawl profile. In this Project we are comparing between Open_w and Omega bawl profile piston type to see which Piston is better in order to reduce emissions. The CAT3410…

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21 Sep 2020 10:38 AM IST

  • COMBUSTION
Read more

Reynolds-averaged Navier–Stokes(RANS) derivation and analysis

Objective:

Reynolds-averaged Navier–Stokes equations   Apply Reynold's decomposition to the NS equations and come up with the expression for Reynold's stress. Explain your understanding of the terms Reynold's stress What is turbulent viscosity? How is it different from molecular viscosity?   The Reynolds-averaged…

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25 Aug 2020 04:33 PM IST

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