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  1. Home/
  2. Naga Venkata Sai Jitin Jami/
  3. Inverse Heat Conduction using Finite Difference Method

Inverse Heat Conduction using Finite Difference Method

Abstract A numerical method is used to solve an inverse heat conduction problem using finite difference method and one dimensional Newton-Raphson optimization technique. A thermocouple placed anywhere on the one dimensional rod will read the temperature at that point, this temperature when fed into the FORTRAN code can…

    • Naga Venkata Sai Jitin Jami

      updated on 28 Jul 2019

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    Read more Projects by Naga Venkata Sai Jitin Jami (15)

    Week 7 - Simulation of a 1D Super-sonic nozzle flow simulation using Macormack Method

    Objective:

    Objective : Numerical simulation of 1D supersonic nozzle flow using Macormack Method using conservative and non-conservative forms of equation Assumptions: 1. Flow inside the nozzle is assumed to be isentropic. 2. The flow is considered Quasi-1D as properties vary along the x axis and not the y axis. 3. Compreesibe flow…

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    18 Mar 2021 08:09 PM IST

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      Calculation of AFT in constant pressure and constant volume condition

      Objective:

      1. Effect of Equivalence Ratio on Adiabatic Flame Temperature The python program was written to calculate AFT using Newton-Raphson Optimisation of the following function : f = (Enthalpy of products) - (Enthalpy of reactants) - R*((Number of moles of reactants)*T_stp - (Number of moles of products*T_ad)  = 0 (Refer…

      calendar

      12 May 2020 01:35 AM IST

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        Transient Simulation of flow over a throttle body

        Objective:

        Objective: To simulate flow through an elbow pipe with a throttle valve inside. This is a transient simulation as the valve inside will be moving. Procedure: A CAD model of the elbow joint with a throttle valve is imported into converge studio. A design disgnosis is run for any errors. Boundaries were flagged according…

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        12 May 2020 01:34 AM IST

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          Shock Tube Simulation

          Objective:

          Objective: Perform a shock tube simulation to detect shock waves formed due to bursting of a membrane that seperates a high pressure region and a low pressure region. The intention is to provide the following: Mesh refinement profile based on gradient (Adaptive-Mesh Refinement) Pressure profile Temperature Profile Velocity…

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          12 May 2020 01:34 AM IST

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