Канал: A.R. Sengupta

CFD simulation for H-rotor VAWT_Transient analysis

CFD simulation for H-rotor VAWT_Transient analysis

Laminar flow through pipe_3D analysis_ANSYS Fluent

Laminar flow through pipe_3D analysis_ANSYS Fluent

Laminar flow through pipe_ANSYS Fluent_CFD

Laminar flow through pipe_ANSYS Fluent_CFD

Laminar pipe flow by ANSYS fluent 14.0

Laminar pipe flow by ANSYS fluent 14.0

L2: One dimensional heat conduction equation

L2: One dimensional heat conduction equation

Fouling and overall heat transfer coefficient

Fouling and overall heat transfer coefficient

Numericals related to laws of Radiation

Numericals related to laws of Radiation

Counter flow heat exchanger-numericals

Counter flow heat exchanger-numericals

Effectiveness-NTU analysis: numericals

Effectiveness-NTU analysis: numericals

Boundary layer theory- numerical problems

Boundary layer theory- numerical problems

Forced convection: numerical problems

Forced convection: numerical problems

Application of fin heat transfer

Application of fin heat transfer

Numericals of fin heat transfer and lumped capacity approach

Numericals of fin heat transfer and lumped capacity approach

Boiling heat transfer-numericals

Boiling heat transfer-numericals

Condensation heat transfer

Condensation heat transfer

Introduction to mass transfer

Introduction to mass transfer

Fick's law of diffusion

Fick's law of diffusion

Correlations for convective mass transfer

Correlations for convective mass transfer

Boiling heat transfer

Boiling heat transfer

Lumped parameter analysis

Lumped parameter analysis

L8-Use of Heisler chart in Transient heat conduction analysis

L8-Use of Heisler chart in Transient heat conduction analysis

L11-Basics of Convection heat transfer

L11-Basics of Convection heat transfer

L12 - Concept of boundary layer theory and significance of various dimensionless numbers

L12 - Concept of boundary layer theory and significance of various dimensionless numbers

L13 - Momentum equation for hydrodynamic boundary layer over a flat plate

L13 - Momentum equation for hydrodynamic boundary layer over a flat plate

L14 - Thermal boundary layer

L14 - Thermal boundary layer

Introduction to Finite element method - continuation

Introduction to Finite element method - continuation

Weighted residual method

Weighted residual method

Rayleigh Ritz method

Rayleigh Ritz method

Rayleigh Ritz method - continuation

Rayleigh Ritz method - continuation

Weighted residual method - continuation

Weighted residual method - continuation

Rayleigh Ritz method for bar section

Rayleigh Ritz method for bar section

General steps of Finite Element analysis

General steps of Finite Element analysis

Finite element modeling: one dimensional problems

Finite element modeling: one dimensional problems

Shape functions and stiffness matrix in FEM

Shape functions and stiffness matrix in FEM

Finite element equation for one dimensional bar element

Finite element equation for one dimensional bar element

Numericals of 1D bar elements of FEM

Numericals of 1D bar elements of FEM

One dimensional linear bar element problems of FEM

One dimensional linear bar element problems of FEM

One dimensional taper shape element: numericals

One dimensional taper shape element: numericals

Thermal stress for one dimension problems in FEM

Thermal stress for one dimension problems in FEM

Finite element equation for spring element

Finite element equation for spring element

CST and LST elements of FEM

CST and LST elements of FEM

Determination of shape function at interior point for triangular elements of FEM

Determination of shape function at interior point for triangular elements of FEM

Determination of Element stresses for CST elements

Determination of Element stresses for CST elements

Shape function and stiffness matrix for Heat transfer in 2D FEA

Shape function and stiffness matrix for Heat transfer in 2D FEA

Steps of FEM for computer simulation

Steps of FEM for computer simulation

Isoparametric elements for 2D problems: natural coordinate

Isoparametric elements for 2D problems: natural coordinate

Isoparametric, superparametric and subparametric elements

Isoparametric, superparametric and subparametric elements

Calculation of Jacobian Matrix for isoparametric elements

Calculation of Jacobian Matrix for isoparametric elements

Determination of Jacobian Matrix and element stresses

Determination of Jacobian Matrix and element stresses

Serendipity elements and Gaussian quadrature

Serendipity elements and Gaussian quadrature

Numerical problems on Gaussian quadrature

Numerical problems on Gaussian quadrature

Elasticity equations for 2D vector variable problems of FEM

Elasticity equations for 2D vector variable problems of FEM

Shape function for axisymmetric elements

Shape function for axisymmetric elements

Element stiffness matrix and Galerkin Approach of FEM

Element stiffness matrix and Galerkin Approach of FEM

Determination of stiffness matrix for axisymmetric elements

Determination of stiffness matrix for axisymmetric elements

Determination of element stress and stiffness matrix for axisymmetric elements

Determination of element stress and stiffness matrix for axisymmetric elements

Application of Gaussian quadrature by solving numerical problems

Application of Gaussian quadrature by solving numerical problems

Thin plate theory (FEM)

Thin plate theory (FEM)

Thick plate theory (FEM)

Thick plate theory (FEM)

Discussion on FEA software packages

Discussion on FEA software packages

Introduction to Finite Element Method

Introduction to Finite Element Method

Discussion of Effectiveness-NTU method

Discussion of Effectiveness-NTU method

Heat exchangers

Heat exchangers

Radiation shields

Radiation shields

Electrical network analogy for Radiation

Electrical network analogy for Radiation

Heat exchange between non-black bodies

Heat exchange between non-black bodies

Radiation shape factor

Radiation shape factor

Introduction to Radiation heat transfer

Introduction to Radiation heat transfer

Free convection correlations

Free convection correlations

Forced convection correlations and its associated numericals

Forced convection correlations and its associated numericals

Reynolds-Colburn analogy

Reynolds-Colburn analogy

Thermal boundary layer

Thermal boundary layer

Concept of boundary layer theory and significance of various dimensionless numbers

Concept of boundary layer theory and significance of various dimensionless numbers

L5: Critical thickness of insulation: critical radius

L5: Critical thickness of insulation: critical radius

L8: Use of Heisler chart in Transient heat conduction analysis

L8: Use of Heisler chart in Transient heat conduction analysis

Basics of Convection heat transfer

Basics of Convection heat transfer

L7: Lumped parameter analysis

L7: Lumped parameter analysis

L4: Overall heat transfer coefficient

L4: Overall heat transfer coefficient

L1: Introduction to Heat transfer

L1: Introduction to Heat transfer

L3: 3D heat conduction equation

L3: 3D heat conduction equation