Канал: Tanmay Agrawal

Solving 2D Convection Diffusion Equation in Python using CDS | Lecture 22 |SFFP

Solving 2D Convection Diffusion Equation in Python using CDS | Lecture 22 |SFFP

Introduction to 2D Convection Diffusion Problems using Finite Volume Methods | SFFP

Introduction to 2D Convection Diffusion Problems using Finite Volume Methods | SFFP

Introduction to QUICK Scheme | Lecture 20 | Simulating Fluid Flows using Python

Introduction to QUICK Scheme | Lecture 20 | Simulating Fluid Flows using Python

Assessment of Upwind Scheme | Introduction to Hybrid Scheme | Lecture 19 | SFFP

Assessment of Upwind Scheme | Introduction to Hybrid Scheme | Lecture 19 | SFFP

Python Script for Steady 1D Convection Diffusion Equation Using Upwind Scheme | Lecture 18 | SFFP

Python Script for Steady 1D Convection Diffusion Equation Using Upwind Scheme | Lecture 18 | SFFP

Upwind Scheme for Steady 1D Convection Diffusion | Lecture 17| Simulating Fluid Flows Using Python

Upwind Scheme for Steady 1D Convection Diffusion | Lecture 17| Simulating Fluid Flows Using Python

Python to Solve Steady 1D Convection Diffusion | Lecture 16 | Simulating Fluid Flows Using Python

Python to Solve Steady 1D Convection Diffusion | Lecture 16 | Simulating Fluid Flows Using Python

Solution of CD Equation by Central Differencing | Lecture 15 | Simulating Fluid Flows Using Python

Solution of CD Equation by Central Differencing | Lecture 15 | Simulating Fluid Flows Using Python

Introduction to Convection Diffusion Equation | Lecture 14 | Simulating Fluid Flows Using Python

Introduction to Convection Diffusion Equation | Lecture 14 | Simulating Fluid Flows Using Python

Source Term Discretization | 2D Heat Diffusion | Lecture 13 | Simulating Fluid Flows Using Python

Source Term Discretization | 2D Heat Diffusion | Lecture 13 | Simulating Fluid Flows Using Python

Two Dimensional Steady Heat Diffusion in Python | Lecture 12 | Simulating Fluid Flows Using Python

Two Dimensional Steady Heat Diffusion in Python | Lecture 12 | Simulating Fluid Flows Using Python

Two Dimensional Matrices in Python and FVM Grid | Lecture 11 | Simulating Fluid Flows Using Python

Two Dimensional Matrices in Python and FVM Grid | Lecture 11 | Simulating Fluid Flows Using Python

Steady Two Dimensional Heat Diffusion using FVM | Lecture 10 | Simulating Fluid Flows Using Python

Steady Two Dimensional Heat Diffusion using FVM | Lecture 10 | Simulating Fluid Flows Using Python

Neumann BC in Python | Steady Diffusion Problem | Lecture 9 | Simulating Fluid Flows Using Python

Neumann BC in Python | Steady Diffusion Problem | Lecture 9 | Simulating Fluid Flows Using Python

Generalized FVM Formulation | Boundary Conditions | Lecture 8 | Simulating Fluid Flows Using Python

Generalized FVM Formulation | Boundary Conditions | Lecture 8 | Simulating Fluid Flows Using Python

Conduction Visualization Python Script Lecture 7 Simulating Fluid Flows Using Python

Conduction Visualization Python Script Lecture 7 Simulating Fluid Flows Using Python

CFD Relevant Python Statements | While | For | Lecture 6 | Simulating Fluid Flows Using Python

CFD Relevant Python Statements | While | For | Lecture 6 | Simulating Fluid Flows Using Python

Introduction to Finite Volume Method | Lecture 5 | Simulating Fluid Flows using Python

Introduction to Finite Volume Method | Lecture 5 | Simulating Fluid Flows using Python

Second Derivative | 1D Heat Conduction | Lecture 4 | Simulating Fluid Flows Using Python

Second Derivative | 1D Heat Conduction | Lecture 4 | Simulating Fluid Flows Using Python

Finite Differences in Python | Intro to Spyder | Lecture 3 | Simulating Fluid Flows Using Python

Finite Differences in Python | Intro to Spyder | Lecture 3 | Simulating Fluid Flows Using Python

Finite Differences | First Derivative | Lecture 2 | Simulating Fluid Flows Using Python

Finite Differences | First Derivative | Lecture 2 | Simulating Fluid Flows Using Python

Introduction to Computational Fluid Dynamics | Lecture 1 | Simulating Fluid Flows Using Python

Introduction to Computational Fluid Dynamics | Lecture 1 | Simulating Fluid Flows Using Python

A (very) brief introduction to MATLAB for scientific computing & engineers

A (very) brief introduction to MATLAB for scientific computing & engineers

Mechanics of Fluids | Surface Tension | Lecture 3

Mechanics of Fluids | Surface Tension | Lecture 3

Just some lazy updates before the year ends!

Just some lazy updates before the year ends!

Mechanics of Fluids | Continuum Hypothesis | Viscosity | Lecture 2

Mechanics of Fluids | Continuum Hypothesis | Viscosity | Lecture 2

Mechanics of Fluids | Solids vs Fluids | Fluid Density | Lecture 1

Mechanics of Fluids | Solids vs Fluids | Fluid Density | Lecture 1

Explicit and Implicit Schemes in CFD #ComputationalFluidDynamics #FluidMechanics #CodingForCFD

Explicit and Implicit Schemes in CFD #ComputationalFluidDynamics #FluidMechanics #CodingForCFD

2023 Updates | Fluid Mechanics Videos | CFD Classes Batch 2

2023 Updates | Fluid Mechanics Videos | CFD Classes Batch 2

New CFD Batch Starting SOON!

New CFD Batch Starting SOON!

Implicit/Matrix Solver for 2D Convection Problems using Upwind Scheme in MATLAB - Part 1

Implicit/Matrix Solver for 2D Convection Problems using Upwind Scheme in MATLAB - Part 1

Implicit CFD Solver for Steady 1D Diffusion with Source using MATLAB

Implicit CFD Solver for Steady 1D Diffusion with Source using MATLAB

Matrix Based Implicit Solution of Steady Diffusion Equation CFD/CHT using MATLAB - Part 2/2

Matrix Based Implicit Solution of Steady Diffusion Equation CFD/CHT using MATLAB - Part 2/2

Matrix Based Implicit Solution of Steady Diffusion Equation (CFD/CHT) using MATLAB - Part 1/2

Matrix Based Implicit Solution of Steady Diffusion Equation (CFD/CHT) using MATLAB - Part 1/2

Functions in MATLAB | Steady Two Dimensional Heat Diffusion | Lecture 25 | ICFDM

Functions in MATLAB | Steady Two Dimensional Heat Diffusion | Lecture 25 | ICFDM

New Course Announcement | Simulating Fluid Flows Using Python

New Course Announcement | Simulating Fluid Flows Using Python

Last Session + Q&A | Channel Flow | Periodic Boundary Conditions | Source Term | Lecture 24 | ICFDM

Last Session + Q&A | Channel Flow | Periodic Boundary Conditions | Source Term | Lecture 24 | ICFDM

Unsteady Navier Stokes Equations Using MATLAB | Lecture 23 | ICFDM

Unsteady Navier Stokes Equations Using MATLAB | Lecture 23 | ICFDM

Unsteady Navier Stokes Flow Solver Methodology | Lecture 22 | ICFDM

Unsteady Navier Stokes Flow Solver Methodology | Lecture 22 | ICFDM

New Year's Greetings and Revised SIMPLE Algorithm Code | ICFDM

New Year's Greetings and Revised SIMPLE Algorithm Code | ICFDM

Lid Driven Cavity Flow using SIMPLE Algorithm in MATLAB Part 3/3 | Lecture 21 | ICFDM

Lid Driven Cavity Flow using SIMPLE Algorithm in MATLAB Part 3/3 | Lecture 21 | ICFDM

Lid Driven Cavity Flow using SIMPLE Algorithm in MATLAB Part 2/3 | Lecture 20 | ICFDM

Lid Driven Cavity Flow using SIMPLE Algorithm in MATLAB Part 2/3 | Lecture 20 | ICFDM

Lid Driven Cavity Flow using SIMPLE Algorithm in MATLAB Part 1/3 | Lecture 19 | ICFDM

Lid Driven Cavity Flow using SIMPLE Algorithm in MATLAB Part 1/3 | Lecture 19 | ICFDM

Lid Driven Cavity using Artificial Compressibility Method in MATLAB Part 3/3 | Lecture 18 | ICFDM

Lid Driven Cavity using Artificial Compressibility Method in MATLAB Part 3/3 | Lecture 18 | ICFDM

Lid Driven Cavity using Artificial Compressibility Method in MATLAB Part 2/3 | Lecture 17 | ICFDM

Lid Driven Cavity using Artificial Compressibility Method in MATLAB Part 2/3 | Lecture 17 | ICFDM

Lid Driven Cavity using Artificial Compressibility Method in MATLAB Part 1/3 | Lecture 16 | ICFDM

Lid Driven Cavity using Artificial Compressibility Method in MATLAB Part 1/3 | Lecture 16 | ICFDM

Staggered Grids in 2D and Artificial Compressibility Method | Lecture 15 | ICFDM.

Staggered Grids in 2D and Artificial Compressibility Method | Lecture 15 | ICFDM.

Introduction to Staggered Grids | Lecture 14 | ICFDM

Introduction to Staggered Grids | Lecture 14 | ICFDM

Solving 2D Convection Diffusion using MATLAB | Lecture 13 | ICFDM

Solving 2D Convection Diffusion using MATLAB | Lecture 13 | ICFDM

Discretizing 2D Convection Diffusion Equation using Finite Volume Method| Lecture 12 | ICFDM

Discretizing 2D Convection Diffusion Equation using Finite Volume Method| Lecture 12 | ICFDM

Solving 1D Convection Diffusion Equation using MATLAB | Lecture 11 | ICFDM

Solving 1D Convection Diffusion Equation using MATLAB | Lecture 11 | ICFDM

Concept of Upwind and QUICK Schemes | Lecture 10 | ICFDM

Concept of Upwind and QUICK Schemes | Lecture 10 | ICFDM

Theory of Convection Diffusion Equations | Lecture 9 | ICFDM

Theory of Convection Diffusion Equations | Lecture 9 | ICFDM

Solving 2D Unsteady Diffusion using MATLAB | Lecture 8| ICFDM

Solving 2D Unsteady Diffusion using MATLAB | Lecture 8| ICFDM

2D Unsteady Diffusion Equation (Contd.) | Lecture 7.5 | ICFDM

2D Unsteady Diffusion Equation (Contd.) | Lecture 7.5 | ICFDM

Solving 2D Diffusion Equation using MATLAB | Lecture 7 | ICFDM

Solving 2D Diffusion Equation using MATLAB | Lecture 7 | ICFDM

Two Dimensional (2D) Discretization of Diffusion Equation | Lecture 6 | ICFDM

Two Dimensional (2D) Discretization of Diffusion Equation | Lecture 6 | ICFDM

Solving 1D Diffusion Equation using MATLAB | Lecture 5 | ICFDM

Solving 1D Diffusion Equation using MATLAB | Lecture 5 | ICFDM

Discretizing One Dimensional (1D) Diffusion Equation | Lecture 4 | ICFDM

Discretizing One Dimensional (1D) Diffusion Equation | Lecture 4 | ICFDM

Finite Differences using MATLAB | Lecture 3 | ICFDM

Finite Differences using MATLAB | Lecture 3 | ICFDM

Second Order Finite Differences | Lecture 2 | ICFDM

Second Order Finite Differences | Lecture 2 | ICFDM

Introduction to Finite Differences | Lecture 1 | ICFDM

Introduction to Finite Differences | Lecture 1 | ICFDM

Course Outline | An Introduction to CFD with MATLAB (ICFDM)

Course Outline | An Introduction to CFD with MATLAB (ICFDM)

Simulation of a multiphase lock-exchange experiment in ANSYS Fluent - | 18 | Implementing CFD Basics

Simulation of a multiphase lock-exchange experiment in ANSYS Fluent - | 18 | Implementing CFD Basics

Simulating a Jet Impingement in ANSYS Fluent using Eulerian Multiphase model | 17 | CFD Basics

Simulating a Jet Impingement in ANSYS Fluent using Eulerian Multiphase model | 17 | CFD Basics

Simulation of open channel flows in ANSYS Fluent | 15 | Implementing the CFD Basics

Simulation of open channel flows in ANSYS Fluent | 15 | Implementing the CFD Basics

Simulation of a Rotor in ANSYS Fluent - Part 1 | 13 | Implementing the CFD Basics

Simulation of a Rotor in ANSYS Fluent - Part 1 | 13 | Implementing the CFD Basics

Simulation of a Rotor in ANSYS Fluent - Part 2 | 14 | Implementing the CFD Basics

Simulation of a Rotor in ANSYS Fluent - Part 2 | 14 | Implementing the CFD Basics

Simulation of a Tube-in-tube Heat Exchanger in ANSYS Fluent (No Audio) | 12 | Implementing CFD Basic

Simulation of a Tube-in-tube Heat Exchanger in ANSYS Fluent (No Audio) | 12 | Implementing CFD Basic

Transient Multiphase Flow Simulation using Eulerian Granular Multiphase Model in ANSYS Fluent | #11

Transient Multiphase Flow Simulation using Eulerian Granular Multiphase Model in ANSYS Fluent | #11

Three Dimensional Laminar Channel Flow Simulation in ANSYS Fluent | 10 | Implementing the CFD Basics

Three Dimensional Laminar Channel Flow Simulation in ANSYS Fluent | 10 | Implementing the CFD Basics

Cross-Correlation for Particle Image Velocimetry (PIV) using MATLAB

Cross-Correlation for Particle Image Velocimetry (PIV) using MATLAB

Experimental Setup of Particle Image Velocimetry (PIV)

Experimental Setup of Particle Image Velocimetry (PIV)

An Introduction to 3D CAD Modeling using ANSYS SpaceClaim 18.0 | 16 | Fluent Tutorials

An Introduction to 3D CAD Modeling using ANSYS SpaceClaim 18.0 | 16 | Fluent Tutorials

A Beginner's Introduction to Particle Image Velocimetry (PIV) using MATLAB - Part 1

A Beginner's Introduction to Particle Image Velocimetry (PIV) using MATLAB - Part 1

Multiphase Flow Simulation using VOF Model in ANSYS Fluent | 09 | Implementing the CFD Basics

Multiphase Flow Simulation using VOF Model in ANSYS Fluent | 09 | Implementing the CFD Basics

Simulation of Flow Through Solid Pipe/Channel in ANSYS Fluent | 08| Implementing the CFD Basics

Simulation of Flow Through Solid Pipe/Channel in ANSYS Fluent | 08| Implementing the CFD Basics

Simulating Thermal Pipe Flows using ANSYS Fluent (Part 2) | 07 | Implementing the CFD Basics

Simulating Thermal Pipe Flows using ANSYS Fluent (Part 2) | 07 | Implementing the CFD Basics

Simulating Thermal Pipe Flows using ANSYS Fluent (Part 1) | 06 | Implementing the CFD Basics

Simulating Thermal Pipe Flows using ANSYS Fluent (Part 1) | 06 | Implementing the CFD Basics

Simulation of Flow over Cylinder using ANSYS Fluent | 05 | Implementing the CFD Basics

Simulation of Flow over Cylinder using ANSYS Fluent | 05 | Implementing the CFD Basics

Coding for Lid Driven Cavity Flow Simulation in C (Part 2) | 04 | Implementing the CFD Basics

Coding for Lid Driven Cavity Flow Simulation in C (Part 2) | 04 | Implementing the CFD Basics

Coding for Lid Driven Cavity Flow Simulation in C (Part 1) | 03 | Implementing the CFD Basics

Coding for Lid Driven Cavity Flow Simulation in C (Part 1) | 03 | Implementing the CFD Basics

Simulation of Pipe Flow in ANSYS Fluent | 02 | Implementing the CFD Basics

Simulation of Pipe Flow in ANSYS Fluent | 02 | Implementing the CFD Basics

Lid Driven Cavity Simulation in ANSYS Fluent | 01 | Implementing the CFD Basics

Lid Driven Cavity Simulation in ANSYS Fluent | 01 | Implementing the CFD Basics

Transient Thermal Analysis in ANSYS - Tutorial (Quenching Process)

Transient Thermal Analysis in ANSYS - Tutorial (Quenching Process)

Stress Analysis of a Car Chassis using Autodesk Inventor

Stress Analysis of a Car Chassis using Autodesk Inventor

Simulation of Car Radiator in ANSYS Fluent

Simulation of Car Radiator in ANSYS Fluent

Simulation of Adjustable Six Bar Linkage - Orientation 2

Simulation of Adjustable Six Bar Linkage - Orientation 2

Simulation of Adjustable Six Bar Linkage - Orientation 1

Simulation of Adjustable Six Bar Linkage - Orientation 1

Rack Joint Complete Tutorial in CATIA V5

Rack Joint Complete Tutorial in CATIA V5

Four bar simulation in CATIA V5 - Complete tutorial Part 2

Four bar simulation in CATIA V5 - Complete tutorial Part 2

Four bar simulation in CATIA V5 - Complete tutorial Part 1

Four bar simulation in CATIA V5 - Complete tutorial Part 1