Канал: FLUID MECHANICS

Natural Logarithm and Natural Exponential Function: Review with Examples

Natural Logarithm and Natural Exponential Function: Review with Examples

Exponential Functions and Exponents: Review with Examples

Exponential Functions and Exponents: Review with Examples

EP 12: Self-reflections of First-Year Graduate Students

EP 12: Self-reflections of First-Year Graduate Students

EP 11: Semesters versus Breaks in Graduate School: Our Experiences

EP 11: Semesters versus Breaks in Graduate School: Our Experiences

EP 10: School - Life Balance in Graduate School

EP 10: School - Life Balance in Graduate School

EP 9: Time Management Tips for Graduate Students

EP 9: Time Management Tips for Graduate Students

EP 8: What is a Typical Day of a Graduate Student Like?

EP 8: What is a Typical Day of a Graduate Student Like?

EP 7: Graduate School Admission Processes: Experiences and Concerns Prior to Application

EP 7: Graduate School Admission Processes: Experiences and Concerns Prior to Application

EP 6: Graduate School Applications: Our Experiences

EP 6: Graduate School Applications: Our Experiences

EP 5: Course Expectations and Load in Graduate School versus Undergraduate

EP 5: Course Expectations and Load in Graduate School versus Undergraduate

EP 4: Graduate School versus Undergraduate Experiences

EP 4: Graduate School versus Undergraduate Experiences

EP 3: What surprised the most about graduate school?

EP 3: What surprised the most about graduate school?

EP 2: Why did we decide to go to graduate school?

EP 2: Why did we decide to go to graduate school?

EP # 1: Introduction

EP # 1: Introduction

PROBLEM SOLVING SESSION # 12: Laminar and Turbulent Pipe Flows and Head Losses

PROBLEM SOLVING SESSION # 12: Laminar and Turbulent Pipe Flows and Head Losses

PROBLEM SOLVING SESSION# 11: Applications of Conservation of Linear Momentum Principle

PROBLEM SOLVING SESSION# 11: Applications of Conservation of Linear Momentum Principle

PROBLEM SOLVING SESSION# 10: Application of Work and Energy Equation, Hydraulic & Energy Grade Lines

PROBLEM SOLVING SESSION# 10: Application of Work and Energy Equation, Hydraulic & Energy Grade Lines

PROBLEM SOLVING SESSION # 9: Applications of Bernoulli Equation

PROBLEM SOLVING SESSION # 9: Applications of Bernoulli Equation

PROBLEM SOLVING SESSION # 8: Conservation of Mass / Continuity and Control Volume

PROBLEM SOLVING SESSION # 8: Conservation of Mass / Continuity and Control Volume

PROBLEM SOLVING SESSION # 7: Plotting Streamlines, and Streamline, Streakline, and Pathline Concepts

PROBLEM SOLVING SESSION # 7: Plotting Streamlines, and Streamline, Streakline, and Pathline Concepts

PROBLEM SOLVING SESSION # 6: Pressure Forces on Submerged Inclined Plane Surface and Buoyancy Force

PROBLEM SOLVING SESSION # 6: Pressure Forces on Submerged Inclined Plane Surface and Buoyancy Force

PROBLEM SOLVING SESSION # 5: Manometers and Absolute, Gauge, and Vacuum Pressures

PROBLEM SOLVING SESSION # 5: Manometers and Absolute, Gauge, and Vacuum Pressures

PROBLEM SOLVING SESSION # 4: Hydraulic Lift and Hydrostatic Pressure Distribution Practice Problems

PROBLEM SOLVING SESSION # 4: Hydraulic Lift and Hydrostatic Pressure Distribution Practice Problems

Module 25: Pipe Flows: Local / Minor Head Losses in Pipelines, Pipe Components and Loss Coefficient

Module 25: Pipe Flows: Local / Minor Head Losses in Pipelines, Pipe Components and Loss Coefficient

MODULE 24: Turbulent Flow in Pipes, Moody Diagram / Chart, Colebrook Equation, Non-circular Pipe

MODULE 24: Turbulent Flow in Pipes, Moody Diagram / Chart, Colebrook Equation, Non-circular Pipe

PROBLEM SOLVING SESSION # 3: Fluid Surface Tension Practice Problems

PROBLEM SOLVING SESSION # 3: Fluid Surface Tension Practice Problems

MODULE 23: Laminar Pipe Flows, Friction Factor, Hagen - Poiseuille & Darcy - Weisbach Relationships

MODULE 23: Laminar Pipe Flows, Friction Factor, Hagen - Poiseuille & Darcy - Weisbach Relationships

MODULE 22: Boundary Layer, Flow Establishment, Shear Stress and Head Loss in Pipes, Hydraulic Radius

MODULE 22: Boundary Layer, Flow Establishment, Shear Stress and Head Loss in Pipes, Hydraulic Radius

PROBLEM SOLVING SESSION # 2: Fluid Viscosity and Shear Stress Practice Problems

PROBLEM SOLVING SESSION # 2: Fluid Viscosity and Shear Stress Practice Problems

PROBLEM SOLVING SESSION # 1: Fluid Density, Specific Weight, Specific Gravity Practice Problems

PROBLEM SOLVING SESSION # 1: Fluid Density, Specific Weight, Specific Gravity Practice Problems

MODULE 21: Pipe Flows : Turbulent and Laminar Flows, and Reynolds Number

MODULE 21: Pipe Flows : Turbulent and Laminar Flows, and Reynolds Number

MODULE 20: Impulse - Momentum Principle, Momentum Correction Factor, and Control Volume Selection

MODULE 20: Impulse - Momentum Principle, Momentum Correction Factor, and Control Volume Selection

MODULE 19: Hydraulic and Energy Grade Lines

MODULE 19: Hydraulic and Energy Grade Lines

MODULE 18: Work - Energy Equation, Mechanical Devices, Power, Efficiency, Kinetic Energy Correction

MODULE 18: Work - Energy Equation, Mechanical Devices, Power, Efficiency, Kinetic Energy Correction

MODULE 17: Applications of Bernoulli Equation, Examples on Confined Flows and Flow Rate Measurement

MODULE 17: Applications of Bernoulli Equation, Examples on Confined Flows and Flow Rate Measurement

MODULE 16: Bernoulli Equation, Static Pressure, Dynamic Pressure, Stagnation Pressure, and Free Jet

MODULE 16: Bernoulli Equation, Static Pressure, Dynamic Pressure, Stagnation Pressure, and Free Jet

MODULE 15 - Conservation of Mass (Completed), Euler Equation, and Bernoulli Equation

MODULE 15 - Conservation of Mass (Completed), Euler Equation, and Bernoulli Equation

MODULE 14 - Fluid Dynamics: Conservation of Mass (Continuity)

MODULE 14 - Fluid Dynamics: Conservation of Mass (Continuity)

MODULE 13 - Fluid Dynamics: Acceleration Field, Control Volume, Mass and Volume Flow Rates

MODULE 13 - Fluid Dynamics: Acceleration Field, Control Volume, Mass and Volume Flow Rates

MODULE 12 - Kinematics of Fluid Motion: Velocity Field

MODULE 12 - Kinematics of Fluid Motion: Velocity Field

MODULE 11 - Fluid Kinematics: Streamline, Streakline, Pathline, Eulerian and Lagrangian Approaches

MODULE 11 - Fluid Kinematics: Streamline, Streakline, Pathline, Eulerian and Lagrangian Approaches

MODULE 10 - Fluid Statics: Buoyancy, Floatation, Center of Buoyancy, and Stability

MODULE 10 - Fluid Statics: Buoyancy, Floatation, Center of Buoyancy, and Stability

MODULE 9 - Fluid Statics: Pressure Forces on Curved Surfaces

MODULE 9 - Fluid Statics: Pressure Forces on Curved Surfaces

MODULE 8 - Fluid Statics: Pressure Forces on Horizontal and Inclined Plane Surfaces

MODULE 8 - Fluid Statics: Pressure Forces on Horizontal and Inclined Plane Surfaces

MODULE 7 - Fluid Statics: Manometry and Manometer Equation

MODULE 7 - Fluid Statics: Manometry and Manometer Equation

MODULE 6 - Fluid Statics: Hydrostatic Pressure; Piezometric Pressure; Absolute and Gage Pressure

MODULE 6 - Fluid Statics: Hydrostatic Pressure; Piezometric Pressure; Absolute and Gage Pressure

MODULE 5 - Vapor Pressure, Boiling & Fluid Statics: Hydrostatic Pressure Distribution, Pressure Head

MODULE 5 - Vapor Pressure, Boiling & Fluid Statics: Hydrostatic Pressure Distribution, Pressure Head

MODULE 4 - Fluid Properties Lecture (Continued): Surface Tension, Adhesion, Capillary Action

MODULE 4 - Fluid Properties Lecture (Continued): Surface Tension, Adhesion, Capillary Action

MODULE 3 - Fluid Properties Lecture (Continued): Viscosity and Shear Stress

MODULE 3 - Fluid Properties Lecture (Continued): Viscosity and Shear Stress

MODULE 2 - Fluid Properties Lecture: Density, Specific Weight, Specific Gravity, Compressibility

MODULE 2 - Fluid Properties Lecture: Density, Specific Weight, Specific Gravity, Compressibility

MODULE 1 - Fluid Mechanics - Introduction Lecture: Fluid Definition, Dimensions and Units, Pascal's

MODULE 1 - Fluid Mechanics - Introduction Lecture: Fluid Definition, Dimensions and Units, Pascal's

Course Syllabus - Introduction to Fluid Mechanics

Course Syllabus - Introduction to Fluid Mechanics