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Fluid Mechanics for Biomedical Engineers Course

Course Reviews

Track :

Engineering

Lessons no : 44

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What will you learn in this course?
  • Understand the fundamental principles of fluid mechanics relevant to biomedical engineering applications
  • Apply fluid dynamics equations to analyze blood flow and other biological fluids in medical devices
  • Evaluate the behavior of fluids in physiological systems such as circulatory and respiratory systems
  • Design and optimize biomedical devices like pumps, ventilators, and fluid delivery systems using fluid mechanics principles
  • Identify the impact of fluid properties on biomedical applications and device performance
  • Utilize computational tools to simulate fluid flow in biomedical engineering scenarios
  • Assess the effects of pressure, velocity, and viscosity on fluid behavior in biological contexts
  • Implement safety and efficiency standards in biomedical fluid systems design and maintenance
  • Interpret experimental data related to fluid flow in biomedical research and clinical settings
  • Troubleshoot and resolve common issues in biomedical fluid systems using fluid mechanics concepts
  • Integrate fluid mechanics knowledge to improve patient care through better device design and diagnostics
  • Communicate complex fluid dynamics concepts effectively within multidisciplinary biomedical teams

How to Get The Certificate

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  • Watch All Lessons
  • Watch at least 50% of Lesson Duration
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  • The Certificate is free !
Lessons | 44
Fundamental of Fluid Mechanics for Chemical and Biomedical Engineers Intro Video
00:06:27

Fundamental of Fluid Mechanics for Chemical and Biomedical Engineers Intro Video
Lec 1 Introduction
00:41:21

Lec 1 Introduction
Lec 2 Fluid Mechanics and Chemical Engineering
00:31:33

Lec 2 Fluid Mechanics and Chemical Engineering
Lec 3 Biomedical Applications of Fluid Mechanics
00:41:15

Lec 3 Biomedical Applications of Fluid Mechanics
Lec 4 Vectors A review
00:41:57

Lec 4 Vectors A review
Lec 5 Introductory Concepts 1
01:03:02

Lec 5 Introductory Concepts 1
Lec 6 Introductory Concepts 2
00:58:49

Lec 6 Introductory Concepts 2
Lec 7 Flow Visualisation
00:36:33

Lec 7 Flow Visualisation
Lec 8 Dimensional Analysis Pi Theorem
00:48:21

Lec 8 Dimensional Analysis Pi Theorem
Lec 9 Dimensional Analysis Ipsen Method
00:36:25

Lec 9 Dimensional Analysis Ipsen Method
Lec 10 Similitude
00:41:18

Lec 10 Similitude
Lec 11 Pressure Distribution in a Static Fluid
00:46:29

Lec 11 Pressure Distribution in a Static Fluid
Lec 12 Force of Submerged Surfaces
00:47:44

Lec 12 Force of Submerged Surfaces
Lec 13 Buoyancy
00:44:20

Lec 13 Buoyancy
Lec 14 Surface Tension
00:36:44

Lec 14 Surface Tension
Lec 15 Reynolds Transport Theorem
00:50:14

Lec 15 Reynolds Transport Theorem
Lec 16 Mass Conservation
00:47:24

Lec 16 Mass Conservation
Lec 17 Momentum Conservation I
00:28:02

Lec 17 Momentum Conservation I
Lec 18 Momentum Conservation II
00:33:41

Lec 18 Momentum Conservation II
Lec 19 Energy Conservation
00:31:22

Lec 19 Energy Conservation
Lec 20 Fluid Translation
00:35:42

Lec 20 Fluid Translation
Lec 21 Fluid Rotation and Deformation
00:34:19

Lec 21 Fluid Rotation and Deformation
Lec 22 Mass Conservation Derivation
00:51:11

Lec 22 Mass Conservation Derivation
Lec 23 Mass Conservation Cylindrical Coordinates
00:34:50

Lec 23 Mass Conservation Cylindrical Coordinates
Lec 24 Navier Stokes Equations Derivation
00:47:33

Lec 24 Navier Stokes Equations Derivation
Lec 25 Flow Between Two Parallel Plates
00:50:44

Lec 25 Flow Between Two Parallel Plates
Lec 26 Flow in a Falling Liquid Film
00:55:24

Lec 26 Flow in a Falling Liquid Film
Lec 27 Fully developed flow in a circular channel
00:46:16

Lec 27 Fully developed flow in a circular channel
Lec 28 Flow between two concentric cylinders
00:32:26

Lec 28 Flow between two concentric cylinders
Lec 29 Lubrication Approximation
00:40:58

Lec 29 Lubrication Approximation
Lec 30 Creeping Flows
00:48:10

Lec 30 Creeping Flows
Lec 31 Equation of Motion in Streamline Coordinates
00:48:36

Lec 31 Equation of Motion in Streamline Coordinates
Lec 32 Irrotational Flow
00:51:28

Lec 32 Irrotational Flow
Lec 33 Bernoulli s Equation and Flow Measurement
01:03:55

Lec 33 Bernoulli s Equation and Flow Measurement
Lec 34 Boundary Layers
00:53:18

Lec 34 Boundary Layers
Lec 35 Momentum Integral Equation
00:59:50

Lec 35 Momentum Integral Equation
Lec 36 Flow Separation and Drag
01:01:33

Lec 36 Flow Separation and Drag
Lec 37 Introduction to Turbulence
00:41:20

Lec 37 Introduction to Turbulence
Lec 38 Turbulent Flow in a Pipe
00:41:18

Lec 38 Turbulent Flow in a Pipe
Lec 39 Turbulent Boundary Layers
00:42:38

Lec 39 Turbulent Boundary Layers
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Fluid Mechanics for Biomedical Engineers Course Description

Fluid Mechanics course in hindi, in this course Explore the fundamental principles governing the behavior of fluids, their applications, and engineering implications.