PickAClass · Health, Fitness & Body · Injury Prevention & Rehabilitation

Applied Biomechanics

Understand the mechanical principles of human movement to analyze performance and identify injury risks. Learn how forces affect the body during exercise and daily activities.

Applied Biomechanics

Solid Mechanics Fundamentals: Analyzing Load-Deflection Behavior

Solid Mechanics: Shear Force and Bending Moment Diagrams

Foundations of Solid Mechanics: Deformation and Compatibility

Foundations of Solid Mechanics: Displacement and Force Analysis

Solid Mechanics: Analyzing Stress and Strain with Mohr's Circle

Fundamentals of Solid Mechanics: Analyzing Shear Stress in Beams

Foundations of Solid Mechanics: Bending and Shear Stress

Solid Mechanics Foundations: Composite Beam Analysis

Foundations of Solid Mechanics: Beam Support Reactions

Solid Mechanics Fundamentals: Wall Reactions and Stiffness Matrices

Solid Mechanics Fundamentals: Static Equilibrium and Structural Analysis

Foundations of Solid Mechanics: Static Equilibrium and Member Forces

Solid Mechanics: Analyzing Internal Shear Force and Bending Moment

Solid Mechanics Fundamentals: Designing a Mechanical Scale

Foundations of Truss Structure Layout and Static Analysis

Introduction to Solid Mechanics and Truss Bridge Design

Introduction to Solid Mechanics and Shaft Design

Fundamentals of Beam Sizing and Spacing in Solid Mechanics

Solid Mechanics Fundamentals: Beam Bending and Axial Loads

Solid Mechanics and Structural Analysis Fundamentals

Solid Mechanics Fundamentals: Trusses, Beams, and Shafts

Fundamentals of Solid Mechanics and Stress Analysis

Foundations of Solid Mechanics: Matrix Analysis and Truss Design

Foundations of Solid Mechanics: Strain Analysis and Mohr's Circle