Канал: Studio IIT Bombay

TCHTPO S01 Introduction Talk

TCHTPO S01 Introduction Talk

TCHTPO S21 Interface Capturing Methods in Multiphase Flows

TCHTPO S21 Interface Capturing Methods in Multiphase Flows

TCHTPO S23 Eulerian-Eulerian Multiphase Flow Model

TCHTPO S23 Eulerian-Eulerian Multiphase Flow Model

TCHTPO S16 Batch Reactor and Tracer Flow in a Pipe

TCHTPO S16 Batch Reactor and Tracer Flow in a Pipe

TCHTPO S17 Understanding Conjugated Heat Transfer

TCHTPO S17 Understanding Conjugated Heat Transfer

TCHTPO S20 Magnetohydrodynamic Flow Simulations in OpenFOAM

TCHTPO S20 Magnetohydrodynamic Flow Simulations in OpenFOAM

TCHTPO S08 External Aerodynamics and Dynamic Meshing Strategies in OpenFOAM

TCHTPO S08 External Aerodynamics and Dynamic Meshing Strategies in OpenFOAM

TCHTPO S14 Compressible Flow Through Convergent Divergent Nozzle

TCHTPO S14 Compressible Flow Through Convergent Divergent Nozzle

TCHTPO S24 Bubble Rise and Fluidised Bed

TCHTPO S24 Bubble Rise and Fluidised Bed

TCHTPO S15 Passive Scalars - Usage as Chemical Species - Tracer and Chemical Reactions

TCHTPO S15 Passive Scalars - Usage as Chemical Species - Tracer and Chemical Reactions

TCHTPO S25 Concluding Talk

TCHTPO S25 Concluding Talk

TCHTPO S12 Natural Convection Over a Hot Vertical Flat Plate

TCHTPO S12 Natural Convection Over a Hot Vertical Flat Plate

TCHTPO S22 Bubble Rise and Dam Break

TCHTPO S22 Bubble Rise and Dam Break

TCHTPO S05 Creating 2D Channel Geometry and Mesh in OpenFOAM

TCHTPO S05 Creating 2D Channel Geometry and Mesh in OpenFOAM

TCHTPO S04 Introduction to Meshing

TCHTPO S04 Introduction to Meshing

TCHTPO S13 Modeling Compressible Flows using OpenFOAM

TCHTPO S13 Modeling Compressible Flows using OpenFOAM

TCHTPO S19 Magnetohydrodynamics and its Engineering Applications

TCHTPO S19 Magnetohydrodynamics and its Engineering Applications

TCHTPO S06 Understanding 'blockMesh' Utility

TCHTPO S06 Understanding 'blockMesh' Utility

TCHTPO S07 3D Meshing in a Pipe, Simulation Setting and Post Processing

TCHTPO S07 3D Meshing in a Pipe, Simulation Setting and Post Processing

TCHTPO S09 Turbulent Simulations of Flow Past a Pitching Airfoil

TCHTPO S09 Turbulent Simulations of Flow Past a Pitching Airfoil

TCHTPO S10 Natural Convection and Conduction

TCHTPO S10 Natural Convection and Conduction

TCHTPO S03 Setting up the Cavity Case

TCHTPO S03 Setting up the Cavity Case

TCHTPO S11 Conduction and Laplacian Foam

TCHTPO S11 Conduction and Laplacian Foam

TCHTPO S18 CHT Tutorial

TCHTPO S18 CHT Tutorial

TCHTPO S02 CFD in OpenFOAM

TCHTPO S02 CFD in OpenFOAM

IIT Bombay | Launch of FOSSEE (NMEICT) Geospatial Mapathon & IoT Hackathon 2024

IIT Bombay | Launch of FOSSEE (NMEICT) Geospatial Mapathon & IoT Hackathon 2024

IIT Bombay | National Level Faculty Development Program on Opportunities in Geospatial Technologies

IIT Bombay | National Level Faculty Development Program on Opportunities in Geospatial Technologies

Q and A on Submission for ANIMATE 2024

Q and A on Submission for ANIMATE 2024

How to choose your topic?

How to choose your topic?

Q & A on How to use Synfig Studio to Create Animations

Q & A on How to use Synfig Studio to Create Animations

‘IIT Bombay FOSSEE GIS/OSHW, IITTNiF & ICFOSS’ National Level Open Hardware-IoT Geospatial Hackathon

‘IIT Bombay FOSSEE GIS/OSHW, IITTNiF & ICFOSS’ National Level Open Hardware-IoT Geospatial Hackathon

Webinar on How to Learn Synfig Studio using a Spoken Tutorial?

Webinar on How to Learn Synfig Studio using a Spoken Tutorial?

Arduino Books and Arduino on Cloud Launch

Arduino Books and Arduino on Cloud Launch

RISC 2024 - Day 2

RISC 2024 - Day 2

RISC 2024 Day 1 - Panel Discussion

RISC 2024 Day 1 - Panel Discussion

RISC 2024 - Day 1 Afternoon Session

RISC 2024 - Day 1 Afternoon Session

RISC 2024 - Day 1 Morning Session

RISC 2024 - Day 1 Morning Session

Mera Yuva Bharat (My Bharat) Workshop

Mera Yuva Bharat (My Bharat) Workshop

OpenFOAM S016 Pilot on GUI for Block Mesh (OpenFOAM)

OpenFOAM S016 Pilot on GUI for Block Mesh (OpenFOAM)

OpenFOAM S011 Laminar Flow Through a Pipe

OpenFOAM S011 Laminar Flow Through a Pipe

OpenFOAM S013 Turbulent Flows

OpenFOAM S013 Turbulent Flows

OpenFOAM S014 Hand-on Session: K Omega, Turbulence Modelling in OpenFOAM

OpenFOAM S014 Hand-on Session: K Omega, Turbulence Modelling in OpenFOAM

OpenFOAM S022 OpenFOAM: The Industrial Perspective

OpenFOAM S022 OpenFOAM: The Industrial Perspective

OpenFOAM S023 The FOSSEE Project: Overview

OpenFOAM S023 The FOSSEE Project: Overview

OpenFOAM S024 Conclusion

OpenFOAM S024 Conclusion

OpenFOAM S010 Question & Answer

OpenFOAM S010 Question & Answer

OpenFOAM S020 LaplacianFoam for Conduction Problem

OpenFOAM S020 LaplacianFoam for Conduction Problem

OpenFOAM S021 icoFoam plus scalarTransportFoam

OpenFOAM S021 icoFoam plus scalarTransportFoam

OpenFOAM S005 Hand-on Session: Creating 2D Channel Geometry and Mesh in OpenFOAM

OpenFOAM S005 Hand-on Session: Creating 2D Channel Geometry and Mesh in OpenFOAM

OpenFOAM S006 Hand-on Session: Multi-block Meshing of a 2D Geometry in OpenFOAM

OpenFOAM S006 Hand-on Session: Multi-block Meshing of a 2D Geometry in OpenFOAM

OpenFOAM S007 Introduction to Advanced Meshing

OpenFOAM S007 Introduction to Advanced Meshing

OpenFOAM S008 Hand-on Session: Creating 3D Pipe Geometry and Mesh in OpenFOAM

OpenFOAM S008 Hand-on Session: Creating 3D Pipe Geometry and Mesh in OpenFOAM

OpenFOAM S009 Dynamic Meshing Strategies in OpenFOAM

OpenFOAM S009 Dynamic Meshing Strategies in OpenFOAM

OpenFOAM S003 Hand-on Session using the Spoken Tutorials: Running a Test Case: Square Driven Cavity

OpenFOAM S003 Hand-on Session using the Spoken Tutorials: Running a Test Case: Square Driven Cavity

OpenFOAM S004 Introduction to Meshing

OpenFOAM S004 Introduction to Meshing

OpenFOAM S017 Heat Transfer Problem for Flow Through a Pipe

OpenFOAM S017 Heat Transfer Problem for Flow Through a Pipe

OpenFOAM S018 Convection

OpenFOAM S018 Convection

OpenFOAM S015 Turbulence Modelling

OpenFOAM S015 Turbulence Modelling

OpenFOAM S012 Hand-on Session using the Spoken Tutorials: Flow Simulation

OpenFOAM S012 Hand-on Session using the Spoken Tutorials: Flow Simulation

OpenFOAM S019 ScalarTransportFoam

OpenFOAM S019 ScalarTransportFoam

OpenFOAM S002 Generic Lecture on CFD

OpenFOAM S002 Generic Lecture on CFD

OpenFOAM S001 Welcome Note

OpenFOAM S001 Welcome Note

Studio IIT Bombay - Live Stream

Studio IIT Bombay - Live Stream

PDj S011 Question and Answer

PDj S011 Question and Answer

PDj S010 Django Basics - Model Form

PDj S010 Django Basics - Model Form

PDj S009 Django Basics - Model

PDj S009 Django Basics - Model

PDj S008 Django Basics - Admin

PDj S008 Django Basics - Admin

PDj S007 Django Basics - Views

PDj S007 Django Basics - Views

PDj S006 Question and Answer

PDj S006 Question and Answer

PDj S005 Django Basics - URLs

PDj S005 Django Basics - URLs

PDj S004 Django Basics

PDj S004 Django Basics

PDj S003 Django Installation and Environment Setup

PDj S003 Django Installation and Environment Setup

PDj S002 Quastion and Answer

PDj S002 Quastion and Answer

PDj S001 Introduction

PDj S001 Introduction

Economic Impact of Mental Health - India by Ishan Shivanand

Economic Impact of Mental Health - India by Ishan Shivanand

Reversing Chronic Diseases Naturally by Lalit Kapoor

Reversing Chronic Diseases Naturally by Lalit Kapoor

PDj S004 Django Installation & Environment Setup

PDj S004 Django Installation & Environment Setup

PDj S009 Django Model & Django Model Form

PDj S009 Django Model & Django Model Form

PDj S008 Question & Answers

PDj S008 Question & Answers

PDj S007 Django Basics - URLs

PDj S007 Django Basics - URLs

PDj S006 Django Basics - Views

PDj S006 Django Basics - Views

PDj S005 Django Basics

PDj S005 Django Basics

PDj S003 Workshop Introduction Contd.

PDj S003 Workshop Introduction Contd.

PDj S002 Welcome

PDj S002 Welcome

PDj S001 Workshop Introduction

PDj S001 Workshop Introduction

Webinar on Molecuar Visualization for Organic Chemistry

Webinar on Molecuar Visualization for Organic Chemistry

Webinar on Molecuar Visualization for General and Inorganic Chemistry

Webinar on Molecuar Visualization for General and Inorganic Chemistry

ME209x S022 Operational Definitions

ME209x S022 Operational Definitions

ME209x S020 The Work Interaction 1

ME209x S020 The Work Interaction 1

ME209x S024 Thermodynamic Definition of Work 2

ME209x S024 Thermodynamic Definition of Work 2

ME209x S021 The Work Interaction 2

ME209x S021 The Work Interaction 2

ME209x S019 Thermodynamic Interactions

ME209x S019 Thermodynamic Interactions

ME209x S023 Thermodynamic Definition of Work 1

ME209x S023 Thermodynamic Definition of Work 1

ME209x S034A The First Law 1

ME209x S034A The First Law 1

ME209x S039 The Zeroth Law 2 The First Part

ME209x S039 The Zeroth Law 2 The First Part

ME209x S430 Phase Diagram Additional Learning

ME209x S430 Phase Diagram Additional Learning

ME209x S054 Properties of Simple Compressible Systems

ME209x S054 Properties of Simple Compressible Systems

ME209x S052 Properties of Systems

ME209x S052 Properties of Systems

ME209x S041 The Zeroth Law 4 Temperature

ME209x S041 The Zeroth Law 4 Temperature

ME209x S407 Features of the Phase Diagram

ME209x S407 Features of the Phase Diagram

ME209x S044 Gas Thermometry

ME209x S044 Gas Thermometry

ME209x S401 Fluid Basic Fundamentals

ME209x S401 Fluid Basic Fundamentals

ME209x S031 Historical Aspects 1

ME209x S031 Historical Aspects 1

ME209x S025 Sign Convention for Work

ME209x S025 Sign Convention for Work

ME209x S404 Pure and Impure Fluids

ME209x S404 Pure and Impure Fluids

ME209x S034C The First Law 3 The Energy

ME209x S034C The First Law 3 The Energy

ME209x S035 The Zeroth Law Introduction

ME209x S035 The Zeroth Law Introduction

ME209x S048 A Discussion on Temperature

ME209x S048 A Discussion on Temperature

ME209x S028 Exercises

ME209x S028 Exercises

ME209x S026 Evaluation of Work

ME209x S026 Evaluation of Work

ME209x S027 Simple and Complex System

ME209x S027 Simple and Complex System

ME209x S040 The Zeroth Law 3 The Second Part

ME209x S040 The Zeroth Law 3 The Second Part

ME209x S030 Introduction to the First Law

ME209x S030 Introduction to the First Law

ME209x S049 Equations of State

ME209x S049 Equations of State

ME209x S050 Equation of State of an Ideal Gas

ME209x S050 Equation of State of an Ideal Gas

ME209x S029B Illustrative Example 2

ME209x S029B Illustrative Example 2

ME209x S034B The First Law 2

ME209x S034B The First Law 2

ME209x S402 Classification of Solids Liquids and Gases

ME209x S402 Classification of Solids Liquids and Gases

ME209x S032 Historical Aspects 2

ME209x S032 Historical Aspects 2

ME209x S047 Kelvin and Celsius Scales

ME209x S047 Kelvin and Celsius Scales

ME209x S038 The Zeroth Law 1 Diathermic Walls

ME209x S038 The Zeroth Law 1 Diathermic Walls

ME209x S045 Ideal Gas Scales of Temperature

ME209x S045 Ideal Gas Scales of Temperature

ME209x S042 Temperature Scales Equations of State

ME209x S042 Temperature Scales Equations of State

ME209x S043 The Celsius Temperature Scale

ME209x S043 The Celsius Temperature Scale

ME209x S053 Gases Liquids Solids

ME209x S053 Gases Liquids Solids

ME209x S405 Study Properties of Water

ME209x S405 Study Properties of Water

ME209x S400 Introduction

ME209x S400 Introduction

ME209x S029A Illustrative Example 1

ME209x S029A Illustrative Example 1

ME209x S057 A Van der Waals Gas

ME209x S057 A Van der Waals Gas

ME209x S403 Properties and Applications of Fluids

ME209x S403 Properties and Applications of Fluids

ME209x S056 An Example

ME209x S056 An Example

ME209x S051 The Properties of an Ideal Gas

ME209x S051 The Properties of an Ideal Gas

ME209x S055 Problem Solving

ME209x S055 Problem Solving

ME209x S409 Gibbs Phase Rule Water

ME209x S409 Gibbs Phase Rule Water

ME209x S101 The Second Law of Thermodynamics

ME209x S101 The Second Law of Thermodynamics

ME209x S033 Historical Aspects 3

ME209x S033 Historical Aspects 3

ME209x S037 State Postulate 2

ME209x S037 State Postulate 2

ME209x S034D The First Law 4 The Heat Interaction

ME209x S034D The First Law 4 The Heat Interaction

ME209x S036 Why Temperature

ME209x S036 Why Temperature

ME209x S408 Phase Change Processes

ME209x S408 Phase Change Processes

ME209x S046 The Ideal Gas Kelvin Scale

ME209x S046 The Ideal Gas Kelvin Scale

ME209x S034E The First Law 5 Final Steps

ME209x S034E The First Law 5 Final Steps

ME209x S406 Phase Diagram of Water

ME209x S406 Phase Diagram of Water

ME209x S421 Subcooled or Compressed Liquid Approximation

ME209x S421 Subcooled or Compressed Liquid Approximation

ME209x S422 Summary State of a Substance Dryness Fraction

ME209x S422 Summary State of a Substance Dryness Fraction

ME209x S419 Table 3 Subcooled and Supercritical Zone

ME209x S419 Table 3 Subcooled and Supercritical Zone

ME209x S426C Tutorial 1 Identify the Zone Part 3

ME209x S426C Tutorial 1 Identify the Zone Part 3

ME209x S427B Tutorial 2 Illustrative Examples Based on Steam Tables Part 2

ME209x S427B Tutorial 2 Illustrative Examples Based on Steam Tables Part 2

ME209x S428A Tutorial 3 Dryness Fraction Part 1

ME209x S428A Tutorial 3 Dryness Fraction Part 1

ME209x S410 Steam Tables Applications

ME209x S410 Steam Tables Applications

ME209x S426A Tutorial 1 Identify the Zone Part 1

ME209x S426A Tutorial 1 Identify the Zone Part 1

ME209x S412 Phase Change at Constant Pressure

ME209x S412 Phase Change at Constant Pressure

ME209x S414 Properties from Steam Tables

ME209x S414 Properties from Steam Tables

ME209x S428B Tutorial 3 Dryness Fraction Part 2

ME209x S428B Tutorial 3 Dryness Fraction Part 2

ME209x S424 Calculation of Dryness Fraction

ME209x S424 Calculation of Dryness Fraction

ME209x S429B Tutorial 4 Mollier Chart and First Law Part 2

ME209x S429B Tutorial 4 Mollier Chart and First Law Part 2

ME209x S426B Tutorial 1 Identify the Zone Part 2

ME209x S426B Tutorial 1 Identify the Zone Part 2

ME209x S425B Mollier Diagram

ME209x S425B Mollier Diagram

ME209x S427A Tutorial 2 Illustrative Examples Based on Steam Tables Part 1

ME209x S427A Tutorial 2 Illustrative Examples Based on Steam Tables Part 1

ME209x S411A Steam Tables Table 1 and Table 2

ME209x S411A Steam Tables Table 1 and Table 2

ME209x S416 Zones on the P T Diagram Table 2

ME209x S416 Zones on the P T Diagram Table 2

ME209x S428C Tutorial 3 Dryness Fraction Part 3

ME209x S428C Tutorial 3 Dryness Fraction Part 3

ME209x S425A Mollier Diagram

ME209x S425A Mollier Diagram

ME209x S418 Table 3 Subcooled and Superheated Zone

ME209x S418 Table 3 Subcooled and Superheated Zone

ME209x S415 Zones on the P T Diagram Table 1

ME209x S415 Zones on the P T Diagram Table 1

ME209x S420 Properties of Subcooled or Compressed Liquid

ME209x S420 Properties of Subcooled or Compressed Liquid

ME209x S426D Tutorial 1 Identify the Zone Part 4

ME209x S426D Tutorial 1 Identify the Zone Part 4

ME209x S423 Quality of a Mixture Dryness Fraction

ME209x S423 Quality of a Mixture Dryness Fraction

ME209x S417 Steam Tables Table 3

ME209x S417 Steam Tables Table 3

ME209x S413 Two Phases in Equilibrium

ME209x S413 Two Phases in Equilibrium

ME209x S428D Tutorial 3 Dryness Fraction Part 4

ME209x S428D Tutorial 3 Dryness Fraction Part 4

ME209x S429A Tutorial 4 Mollier Chart and First Law Part 1

ME209x S429A Tutorial 4 Mollier Chart and First Law Part 1

ME209x S411B Steam Tables Table 1 and Table 2

ME209x S411B Steam Tables Table 1 and Table 2

ME209x S429F Tutorial 4 Mollier Chart and First Law Part 6

ME209x S429F Tutorial 4 Mollier Chart and First Law Part 6

ME209x S429E Tutorial 4 Mollier Chart and First Law Part 5

ME209x S429E Tutorial 4 Mollier Chart and First Law Part 5

ME209x S429D Tutorial 4 Mollier Chart and First Law Part 4

ME209x S429D Tutorial 4 Mollier Chart and First Law Part 4

ME209x S429C Tutorial 4 Mollier Chart and First Law Part 3

ME209x S429C Tutorial 4 Mollier Chart and First Law Part 3

ME209x S105 The Thermal Energy Reservoir

ME209x S105 The Thermal Energy Reservoir

ME209x S102 The Second Law Historical

ME209x S102 The Second Law Historical

ME209x S119 The Carnot Theorem 3

ME209x S119 The Carnot Theorem 3

ME209x S117 The Carnot Theorem 1

ME209x S117 The Carnot Theorem 1

ME209x S123 The Carnot Cycle 1

ME209x S123 The Carnot Cycle 1

ME209x S113 Refrigerators

ME209x S113 Refrigerators

ME209x S130 The Clausius Inequality 1

ME209x S130 The Clausius Inequality 1

ME209x S128 The Carnot Cycle 5

ME209x S128 The Carnot Cycle 5

ME209x S124 The Carnot Cycle 2

ME209x S124 The Carnot Cycle 2

ME209x S101 The Second Law of Thermodynamics

ME209x S101 The Second Law of Thermodynamics

ME209x S129 The Carnot Cycle 6

ME209x S129 The Carnot Cycle 6

ME209x S109 The 2T Heat Engine 4

ME209x S109 The 2T Heat Engine 4

ME209x S108 The 2T Heat Engine 3

ME209x S108 The 2T Heat Engine 3

ME209x S104 The Heat Engine

ME209x S104 The Heat Engine

ME209x S116 Reversible Processes 2

ME209x S116 Reversible Processes 2

ME209x S125 Reversible Processes

ME209x S125 Reversible Processes

ME209x S103 The Kelvin Planck Statement

ME209x S103 The Kelvin Planck Statement

ME209x S110 Temperature Levels 1

ME209x S110 Temperature Levels 1

ME209x S115 Reversible Processes 1

ME209x S115 Reversible Processes 1

ME209x S106 The 2T Heat Engine 1

ME209x S106 The 2T Heat Engine 1

ME209x S107 The 2T Heat Engine 2

ME209x S107 The 2T Heat Engine 2

ME209x S118 The Carnot Theorem 2

ME209x S118 The Carnot Theorem 2

ME209x S120 The Carnot Theorem 4

ME209x S120 The Carnot Theorem 4