Канал: Biomechanics of Movement

Lecture 5.4: Putting it All Together to Model Muscle-Tendon Force

Lecture 5.4: Putting it All Together to Model Muscle-Tendon Force

Biomechanics of Movement | Demo: Electrical Stimulation of Muscle

Biomechanics of Movement | Demo: Electrical Stimulation of Muscle

Biomechanics of Movement | Demo: Measuring Metabolic Cost of Locomotion

Biomechanics of Movement | Demo: Measuring Metabolic Cost of Locomotion

Biomechanics of Movement | Demo: Energy Exchange Mechanisms During Walking and Running

Biomechanics of Movement | Demo: Energy Exchange Mechanisms During Walking and Running

Biomechanics of Movement | Demo: Motion Capture Experiment: Interpreting Data

Biomechanics of Movement | Demo: Motion Capture Experiment: Interpreting Data

Biomechanics of Movement | Demo: Motion Capture Experiment

Biomechanics of Movement | Demo: Motion Capture Experiment

Biomechanics of Movement | Demo: Motion Capture Placement and Reference Frames

Biomechanics of Movement | Demo: Motion Capture Placement and Reference Frames

Biomechanics of Movement | Muscle of the Day: Tibialis Anterior

Biomechanics of Movement | Muscle of the Day: Tibialis Anterior

Biomechanics of Movement | Muscle of the Day: Sartorius

Biomechanics of Movement | Muscle of the Day: Sartorius

Biomechanics of Movement | Muscle of the Day: Rotator Cuff

Biomechanics of Movement | Muscle of the Day: Rotator Cuff

Biomechanics of Movement | Muscle of the Day: Quads

Biomechanics of Movement | Muscle of the Day: Quads

Biomechanics of Movement | Muscle of the Day: Gastrocnemius & Soleus

Biomechanics of Movement | Muscle of the Day: Gastrocnemius & Soleus

Biomechanics of Movement | Muscle of the Day: Extraocular Muscles

Biomechanics of Movement | Muscle of the Day: Extraocular Muscles

Biomechanics of Movement | Muscle of the Day: Biceps Brachii

Biomechanics of Movement | Muscle of the Day: Biceps Brachii

Biomechanics of Movement | Lecture 13.6: Personal Reflections on Biomechanics

Biomechanics of Movement | Lecture 13.6: Personal Reflections on Biomechanics

Biomechanics of Movement | Lecture 13.5: Biomechanics as a Global Open Science Collaboration

Biomechanics of Movement | Lecture 13.5: Biomechanics as a Global Open Science Collaboration

Biomechanics of Movement | Lecture 13.4: Biomechanics at Planetary Scale

Biomechanics of Movement | Lecture 13.4: Biomechanics at Planetary Scale

Biomechanics of Movement | Lecture 13.3: Democratizing Access to Human Movement Analysis

Biomechanics of Movement | Lecture 13.3: Democratizing Access to Human Movement Analysis

Biomechanics of Movement | Lecture 13.2: Personalized Biomechanics for People with Osteoarthritis

Biomechanics of Movement | Lecture 13.2: Personalized Biomechanics for People with Osteoarthritis

Biomechanics of Movement | Lecture 13.1: The Future of Biomechanics: Motivations from Muybridge

Biomechanics of Movement | Lecture 13.1: The Future of Biomechanics: Motivations from Muybridge

Biomechanics of Movement | Lecture 12.4: Saving Energy While Running with an Exotendon

Biomechanics of Movement | Lecture 12.4: Saving Energy While Running with an Exotendon

Biomechanics of Movement | Lecture 12.3: Muscle Actions in Running and Sprinting

Biomechanics of Movement | Lecture 12.3: Muscle Actions in Running and Sprinting

Biomechanics of Movement | Lecture 12.2: Creating Muscle-Driven Simulations of Running

Biomechanics of Movement | Lecture 12.2: Creating Muscle-Driven Simulations of Running

Biomechanics of Movement | Lecture 12.1: Why Create Muscle-Driven Simulations of Running?

Biomechanics of Movement | Lecture 12.1: Why Create Muscle-Driven Simulations of Running?

Biomechanics of Movement | Lecture 11.5: How Walking Speed Affects Muscle Actions

Biomechanics of Movement | Lecture 11.5: How Walking Speed Affects Muscle Actions

Biomechanics of Movement | Lecture 11.4: Muscle Actions During Crouch Gait

Biomechanics of Movement | Lecture 11.4: Muscle Actions During Crouch Gait

Biomechanics of Movement | Lecture 11.3: Muscles that Sing Together Swing Together

Biomechanics of Movement | Lecture 11.3: Muscles that Sing Together Swing Together

Biomechanics of Movement | Lecture 11.2: Muscle Coordination During Stance

Biomechanics of Movement | Lecture 11.2: Muscle Coordination During Stance

Biomechanics of Movement | Lecture 11.1: Why Create Muscle-Driven Simulations of Walking?

Biomechanics of Movement | Lecture 11.1: Why Create Muscle-Driven Simulations of Walking?

Biomechanics of Movement | Lecture 10.7: OpenSim: A Powerful Tool for Muscle-Driven Simulation

Biomechanics of Movement | Lecture 10.7: OpenSim: A Powerful Tool for Muscle-Driven Simulation

Biomechanics of Movement | Lecture 10.6: Impact Through Real-World Predictions and Sharing Your Work

Biomechanics of Movement | Lecture 10.6: Impact Through Real-World Predictions and Sharing Your Work

Biomechanics of Movement | Lecture 10.5: Assessing Sensitivity to Build Confidence in your Results

Biomechanics of Movement | Lecture 10.5: Assessing Sensitivity to Build Confidence in your Results

Biomechanics of Movement | Lecture 10.4: Understanding and Evaluating your Methods

Biomechanics of Movement | Lecture 10.4: Understanding and Evaluating your Methods

Biomechanics of Movement | Lecture 10.3: Defining your Research Question

Biomechanics of Movement | Lecture 10.3: Defining your Research Question

Biomechanics of Movement | Lecture 10.2: Verification and Validation: Is My Model Good Enough?

Biomechanics of Movement | Lecture 10.2: Verification and Validation: Is My Model Good Enough?

Biomechanics of Movement | Lecture 10.1: Muscle-Driven Simulations: What Are They & How To Use Them

Biomechanics of Movement | Lecture 10.1: Muscle-Driven Simulations: What Are They & How To Use Them

Biomechanics of Movement | Lecture 9.2: Dynamic Optimization of a Standing Long Jump

Biomechanics of Movement | Lecture 9.2: Dynamic Optimization of a Standing Long Jump

Biomechanics of Movement | Lecture 9.1: Estimating Muscle Forces with Static Optimization

Biomechanics of Movement | Lecture 9.1: Estimating Muscle Forces with Static Optimization

Biomechanics of Movement | Lecture 8.2: Leaping into Inverse Dynamics Analysis of a Vertical Jump

Biomechanics of Movement | Lecture 8.2: Leaping into Inverse Dynamics Analysis of a Vertical Jump

Biomechanics of Movement | Lecture 8.1: Inverse Dynamics: What is a Joint Moment?

Biomechanics of Movement | Lecture 8.1: Inverse Dynamics: What is a Joint Moment?

Biomechanics of Movement | Lecture 7.6: Inverse Kinematics: Filtering & Differentiating Motion Data

Biomechanics of Movement | Lecture 7.6: Inverse Kinematics: Filtering & Differentiating Motion Data

Biomechanics of Movement | Lecture 7.5: Inverse Kinematics: Calculating Transformations

Biomechanics of Movement | Lecture 7.5: Inverse Kinematics: Calculating Transformations

Biomechanics of Movement | Lecture 7.4: Inverse Kinematics: From Marker Locations to Joint Angles

Biomechanics of Movement | Lecture 7.4: Inverse Kinematics: From Marker Locations to Joint Angles

Biomechanics of Movement | Lecture 7.3: Measuring Movement: Force Plates & Markerless Motion Capture

Biomechanics of Movement | Lecture 7.3: Measuring Movement: Force Plates & Markerless Motion Capture

Biomechanics of Movement | Lecture 7.2: Measuring Movement with Marker-Based Motion Capture

Biomechanics of Movement | Lecture 7.2: Measuring Movement with Marker-Based Motion Capture

Biomechanics of Movement | Lecture 7.1: Why Quantify Movement?

Biomechanics of Movement | Lecture 7.1: Why Quantify Movement?

Biomechanics of Movement | Lecture 4.3: What is Tendon?

Biomechanics of Movement | Lecture 4.3: What is Tendon?

Biomechanics of Movement | Lecture 4.2: Basic Muscle Properties: Force-Length and Force-Velocity

Biomechanics of Movement | Lecture 4.2: Basic Muscle Properties: Force-Length and Force-Velocity

Biomechanics of Movement | Lecture 4.1: Converting Food into Movement: Muscle Structure & Force

Biomechanics of Movement | Lecture 4.1: Converting Food into Movement: Muscle Structure & Force

Biomechanics of Movement | Introduction to Part IV: Muscle-Driven Walking

Biomechanics of Movement | Introduction to Part IV: Muscle-Driven Walking

Biomechanics of Movement | Introduction to Part III: Analysis of Movement.

Biomechanics of Movement | Introduction to Part III: Analysis of Movement.

Biomechanics of Movement | Introduction to Part II: Production of Movement

Biomechanics of Movement | Introduction to Part II: Production of Movement

Biomechanics of Movement | Introduction to Part I: Locomotion

Biomechanics of Movement | Introduction to Part I: Locomotion

Biomechanics of Movement | Demo: Welcome to Stanford's Human Performance Lab

Biomechanics of Movement | Demo: Welcome to Stanford's Human Performance Lab

Biomechanics of Movement | Demo: Force Plate Recordings on a Treadmill

Biomechanics of Movement | Demo: Force Plate Recordings on a Treadmill

Biomechanics of Movement | Demo: Recording EMG to Study Muscle Activity

Biomechanics of Movement | Demo: Recording EMG to Study Muscle Activity

Biomechanics of Movement | Demo: Walk to Run Transition with Altered Gravity

Biomechanics of Movement | Demo: Walk to Run Transition with Altered Gravity

Biomechanics of Movement | Lecture 6.6: Modeling Musculoskeletal Geometry

Biomechanics of Movement | Lecture 6.6: Modeling Musculoskeletal Geometry

Biomechanics of Movement | Lecture 6.5: Understanding Muscle Strength

Biomechanics of Movement | Lecture 6.5: Understanding Muscle Strength

Biomechanics of Movement | Lecture 6.4: Using Musculoskeletal Geometry to Compute Hamstring Velocity

Biomechanics of Movement | Lecture 6.4: Using Musculoskeletal Geometry to Compute Hamstring Velocity

Biomechanics of Movement | Lecture 6.3: Using Musculoskeletal Geometry to Design Surgeries

Biomechanics of Movement | Lecture 6.3: Using Musculoskeletal Geometry to Design Surgeries

Biomechanics of Movement | Lecture 6.2: Measuring and Calculating Moments

Biomechanics of Movement | Lecture 6.2: Measuring and Calculating Moments

Biomechanics of Movement | Lecture 6.1: Introduction to Musculoskeletal Geometry

Biomechanics of Movement | Lecture 6.1: Introduction to Musculoskeletal Geometry

Biomechanics of Movement | Lecture 5.3: Muscle Architecture: How Form Influences Function

Biomechanics of Movement | Lecture 5.3: Muscle Architecture: How Form Influences Function

Biomechanics of Movement | Lecture 5.2: Another Look at Muscle Force-Length and Force-Velocity

Biomechanics of Movement | Lecture 5.2: Another Look at Muscle Force-Length and Force-Velocity

Biomechanics of Movement | Lecture 5.1: From Electricity to Force: Neuromuscular Biomechanics

Biomechanics of Movement | Lecture 5.1: From Electricity to Force: Neuromuscular Biomechanics

Biomechanics of Movement | Lecture 3.5: Gait Transitions and Cost of Locomotion

Biomechanics of Movement | Lecture 3.5: Gait Transitions and Cost of Locomotion

Biomechanics of Movement | Lecture 3.4: The Running Gait Cycle and Running Energetics

Biomechanics of Movement | Lecture 3.4: The Running Gait Cycle and Running Energetics

Biomechanics of Movement | Lecture 2.3: Energy Exchange Mechanisms in Walking

Biomechanics of Movement | Lecture 2.3: Energy Exchange Mechanisms in Walking

Biomechanics of Movement | Lecture 2.2: The Walking Gait Cycle and Ground Reaction Forces

Biomechanics of Movement | Lecture 2.2: The Walking Gait Cycle and Ground Reaction Forces

Biomechanics of Movement | Lecture 2.1: Understanding Locomotion from Models of Walking and Running

Biomechanics of Movement | Lecture 2.1: Understanding Locomotion from Models of Walking and Running

Biomechanics of Movement | Lecture 3.2: Solutions and Insights from a Tuned Track

Biomechanics of Movement | Lecture 3.2: Solutions and Insights from a Tuned Track

Biomechanics of Movement | Lecture 3.3: Springy Innovations to Improve Human Running

Biomechanics of Movement | Lecture 3.3: Springy Innovations to Improve Human Running

Biomechanics of Movement | Lecture 3.1: Improving Running Performance by Tuning the Running Surface

Biomechanics of Movement | Lecture 3.1: Improving Running Performance by Tuning the Running Surface

Biomechanics of Movement | Lecture 1.3: Objectives of the Course and How to Get the Most Out of It

Biomechanics of Movement | Lecture 1.3: Objectives of the Course and How to Get the Most Out of It

Biomechanics of Movement | Lecture 1.2: How We Produce and Study Movement

Biomechanics of Movement | Lecture 1.2: How We Produce and Study Movement

Biomechanics of Movement | Lecture 1.1: Why Do We Study Movement?

Biomechanics of Movement | Lecture 1.1: Why Do We Study Movement?

Biomechanics of Movement | Meet the Author: Scott Delp

Biomechanics of Movement | Meet the Author: Scott Delp

Biomechanics of Movement | Introduction to the Course

Biomechanics of Movement | Introduction to the Course