26:02
What Do Biomechanists DO? A Beginner's Guide to Biomechanics & the Study of Human Motion #BME310
ALZUBE Academy
14:50
Kinematics of Human Motion: Understanding the Forms of Motion and Directional Terms | #BME310
1:06:00
Understanding Human Motion Analysis: Joint Movement, Kinematics & Mechanics Explained
58:15
Biomechanics & Kinetics Explained: Forces, Inertia, and Motion in Biomedical Applications
21:41
Forms of Human Motion, BioMechanical Systems, Directional Terms & Reference Plans: A Crash Course!
50:32
Understanding Osteoclasts and Osteoblasts: Bone Remodeling and Osteoporosis Explained
19:17
What Are the Different Types of Joints? And What Is Articular Cartilage?
1:01:35
Muscle Biomechanics & Engineering: Elasticity, Extensibility, and Modeling | Biomechanics Lecture
51:32
Understanding Muscle Fiber Types: Fast Twitch vs. Slow Twitch, and Muscle Contractions Explained
37:52
How Do Your Muscles and Tendons Work Together? The Secrets of Musculotendinous Unit Behavior #BME310
29:13
Understanding Muscle Force Generation: Key Factors, Isometric Maximum, and Stretch-Shortening Cycle
29:52
Understanding Linear Kinematics in Biomechanics | Analyzing Projectile Motion & Kinematic Variables
34:50
What are the Secrets to Strong Bones? A Crash Course in Human Bone Cells and Bone Biomechanics
30:10
How to Calculate Kinetics Quantities Commonly Used in Analyzing Human Motion: FORCE, INERTIA, ...
31:41
Hidden Forces that Shape Muscle Function: Force-Velocity, Length-Tension, & Electromechanical Delay
7:01
How to Calculate Average & Instantaneous Rates of Change Using Limits in 4 Easy Steps
46:57
Angular Kinematics of Human Motion | Joint Angles & Instant Center of Rotation Explained
50:54
Newton's Laws & Biomechanics: Ground Reaction Forces, Momentum & Friction | Human Movement Analysis
55:30
Biomechanics Exam Review: Muscle Contractions, Torque Calculations, & Force Analysis | Chapter 4-6
33:25
How to Calculate Linear Kinetics Parameters of Human Movement: FRICTION FORCES, IMPULSE, & MOMENTUM
1:01:13
Understanding Torque, Levers, and Human Movement: Equilibrium in Biomechanics
49:37
Equilibrium & Human Movement: Center of Mass Explained | Biomechanics Lecture
How to Calculate Linear and Angular kinematics Quantities of Human Movement | EXAMPLES! #BME310
55:58
Angular Kinetics in Biomechanics: Moment of Inertia & Newton’s Laws Explained!
30:01
How to Calculate Muscle Mechanics and Linear & Angular Kinematics of Human Motion | Examples #BME310
1:01:11
Biomechanics of Human Movement in Fluids | Forces, Drag, Lift & Fluid Dynamics Explained
54:21
Understanding Drag and Lift: Aerodynamics Explained for Engineers & Cyclists
37:34
How to Calculate Mechanical Advantage, Torque & Levers at Equilibrium? Biomechanics EXAMPLES #BME310
30:32
How to Locate the Human Body Center of Gravity & Base of Support | 2 Methods Explained with EXAMPLES
37:37
How to Calculate Moment of Inertia & Angular Momentum of Human Movement? EXAMPLES SOLVED! #BME310
9:16
How to Calculate Mechanical Work, Energy & Coefficient of Restitution? Biomechanics EXAMPLES SOLVED
16:08
How to Calculate Coefficient of Restitution & Energy Transfer for Bodies During Contact
41:13
How to Calculate Buoyancy & Drag Forces | Fluid Composition Affecting Human Movement in Fluids
15:45
What are the Factors Influencing Projectile Trajectory? Projectile Motion, Explained! #BME310
29:24
How to Understand Aerodynamic Drag: Types, Components, and How It Works in 5 Easy Steps #BME310
