Biomechanical Principles Optimizing Movements With Physics

What you'll learn
Learn how to analyze and optimize human movement
Get to know the six main principles of biomechanics that describe all movements in sports
Become familiar with the term biomechanics and its tasks
Understand how to use physics to describe human movement
Learn how to use physical and mechanical laws on biological and anatomical structures
Requirements
No prior knowledge needed
Description
LEARN TO BREAK DOWN MOVEMENT INTO ITS BIOMECHANICS USING BASIC PHYSICAL LAWS AND PRINCIPLES!Are you interested in learning how we can use physics in order to describe and analyze human movement? In this course, we are covering the six biomechanical principles that are used to specify all movements in sports. Moreover, we are looking at human motion analysis and some of the most commonly used tools and applications for performance testing and sports diagnostics.Understanding the biomechanics and breaking down movements into their physical components can help us to optimize movement patterns, to decrease the risk of injury or to create individualized training programs for athletes.I kept this course short to only give you the most important fundamentals around the biomechanical principles. So you can finish the whole course and significantly broaden your knowledge within one hour.This Course Will Give You An Overall Insight Into The Roles And Tasks Of Biomechanics, Whether You Are New To The Topic Or You Have Already Gained Some Experiences.As a studied biomechanist myself, I study the science of human locomotion and find ways to analyze and optimize movements. This course contains scientifically proven knowledge that I have gained over the years studying and working in the field of biomechanics. Let me share it with you!After finishing this course, you will be able toescribe sports movements with physical principlesKnow the tasks and goals of biomechanics in sportsUnderstand the physical and mechanical laws of human locomotionKnow some major tools and devices in the industry that help us to analyze human movementOf course, there is a 30-day money-back guarantee from Udemy. Feel free to enroll now to see if this course is for you!
Overview
Section 1: Introduction Into Biomechanics
Lecture 1 Definition Of Biomechanics
Lecture 2 Tasks Of Biomechanics
Lecture 3 Sports Biomechanics
Lecture 4 Biomechanical Principles
Section 2: First Principle
Lecture 5 Principle Of The Optimal Acceleration Path
Lecture 6 Velocity-Time Curve
Section 3: Second Principle
Lecture 7 Principle Of The Optimal Tendency In The Acceleration Curve
Section 4: Third Principle
Lecture 8 Principle Of Initial Force
Section 5: Fourth Principle
Lecture 9 Principle Of (Temporal) Coordination Of Individual Impulses
Section 6: Fifth Principle
Lecture 10 Principle Of Counteraction And Rotational Recoil
Section 7: Sixth Principle
Lecture 11 Principle Of Momentum Conservation
Section 8: Conclusion
Lecture 12 Motion Analysis
Lecture 13 Applications
Lecture 14 Summary
Anybody who is interested in biomechanics,Athletes, trainers or coaches,Physicists or engineers

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