Review topics What is Biomechanics? Organization of Mechanic

Slides:

Advertisements

Similar presentations

الميكانيكية الاحيائية في جسم الانسان

Advertisements

Mechanics of Rigid Body. C

Basic Kinematics. Course Content I.Introduction to the Course II.Biomechanical Concepts Related to Human Movement III.Anatomical Concepts Related to Human.

What you will need to know/study to be successful for your next quiz. Unit 4 – Topics 3-5 Study Guide.

Introduction to Kinesiology & Biomechanics

Biomechanics Basics. Biomechanics Bio Mechanics Physical Therapy Biological Systems Osseous Joints & Ligaments Muscles & Fasciae Cardiovascular CNS PNS.

Fundamentals for the Up-and-Coming Bridge Engineer Forces on Beams and Material Properties OSU College of Engineering Summer Institute - Robotics.

Chapter 3 Biomechanics Concepts I

Rotational Dynamics Chapter 9.

Chapter 3 - Joint and Materials Mechanics Artificial hips Shoe impact tester.

Structures and stress BaDI 1.

Week 2 Overview Monday, February 2 –Read Hall, Ch 3 on Kinetic Concepts –Take web-based practice exam

Modeling and Kinetics: Forces and Moments of Force* * Some of the materials used in this lecture are derived from: 1.Winter, D. A. (1990). Biomechanics.

Work-Energy (WE) for Rigid Bodies

Week two overview Wednesday (Jan 29) –Kinetic concepts (Read Ch 3 of Hall) Basic concepts related to kinetics Mechanical loads on the human body Tools.

© 2007 McGraw-Hill Higher Education. All rights reserved. Basic Biomechanics, (5th edition) by Susan J. Hall, Ph.D. Chapter 3 Kinetic Concepts for Analyzing.

Chapter 13: Equilibrium and Human Movement

Rotational Dynamics. Moment of Inertia The angular acceleration of a rotating rigid body is proportional to the net applied torque:  is inversely proportional.

APPLIED BIOMECHANICS KIN 340 KIN 340. Introduction What is Biomechanics? The study of internal and external forces acting on the body segments, and the.

Basic Biomechanics, 6th edition

Lesson 6. Quote of the day... “It is the mark of an educated mind to be able to entertain a thought without accepting it.” - Aristotle.

Mechanics and Materials Forces Displacement Deformation (Strain) Translations and Rotations Stresses Material Properties.

Spring Topic Outline for Physics 1 Spring 2011.

KINESIOLOGY دکترامیر هوشنگ واحدی متخصص طب فیزیکی و توانبخشی قسمت 3.

Skeletal Muscle Mechanics Explain muscle properties during contractions of varying strengths. Distinguish the three lever types and solve equations representing.

Objects in static equilibrium don’t move, F net = 0,  net = 0 Important for posture of human body, biomechanics. Important civil and mechanical engineers.

Aerodynamics Linear Motion (Moving Air ).

ESS 303 – Biomechanics Linear Kinetics. Kinetics The study of the forces that act on or influence movement Force = Mass * Acceleration: F = M * a Force.

Common Athletic Injuries Contusions, Strains & Sprains.

Chapter 9: Rotational Dynamics

ESS 303 – Biomechanics Angular Kinetics. Angular or rotary inertia (AKA Moment of inertia): An object tends to resist a change in angular motion, a product.

Angular Kinetics After reading this chapter, the student should be able to: Define torque and discuss the characteristics of a torque. State the angular.

Basic Biomechanics Mechanics-study of forces and motions produced by their action. Biomechanics-apply that to the structure and function of the human body.

Basic Biomechanical Factors and Concepts

1 Basic Biomechanical Factors and Concepts Anatomy and Physiology of Human Movement 420:050.

Angular Kinetics Review Readings: –Hamill Ch 11 esp pp –Kreighbaum pp , –Adrian (COM calculations) Homework problem on calculating.

3-1 Kinesiology for Manual Therapies Chapter 3 Basic Biomechanical Factors and Concepts McGraw-Hill © 2011 by The McGraw-Hill Companies, Inc. All rights.

Joint Reaction Forces Muscle Moments Joint Power

How Bridges Respond to Loads

Chapter 3. Random Interesting Fun Facts Michael Jordan makes more money from Nike annually than all of the Nike factory workers in Malaysia combined.

Kinetic Concepts for Analyzing Human Motion

Mechanical Concepts. Basic terms and concepts Force - a push or pull has magnitude, direction, and point application Weight - gravitational force exerted.

KIN 330 Structural and Functional Analysis of Human Movement.

Movement Terminology & Biomechanical Principles Lecture 1 Dr

Basic Biomechanics Mechanics-study of forces and motions produced by their action. Biomechanics-apply that to the structure and function of the human body.

Fundamentals of Biomechanics. Biomechanics divisions Kinematics – deals with the motion of bodies and objects And Kinetics – deals with forces.

Physics 111 Lecture Summaries (Serway 8 th Edition): Lecture 1Chapter 1&3Measurement & Vectors Lecture 2 Chapter 2Motion in 1 Dimension (Kinematics) Lecture.

Copyright 2005 Lippincott Williams & Wilkins Chapter 15 Closed Kinetic Chain Training.

Chapter One What is Biomechanics? MET 235.

Today: (Ch. 8)  Rotational Motion.

UNIT 6 Rotational Motion & Angular Momentum Rotational Dynamics, Inertia and Newton’s 2 nd Law for Rotation.

Kinesiology Chapter 1 Basic Information

CHAPTER 2 Mechanical Principles: Kinetics

Biomechanics of Bone 柴惠敏台灣大學物理治療學系.

Review Topics For Final Exam

Kinetic Concepts for Analyzing Human Motion

Basic Biomechanics, 6th edition

Fundamentals for the Up-and-Coming Bridge Engineer

Levers and systems.

Biomechanics Y10 AADP.

BIOMECHANICS CONCEPTS

3 Concepts in Physics.

Forces Internal and External.

Announcements: Midterm 2 coming up Monday Nov. 12 , (two evening times, 5-6 pm or 6-7 pm), Olin 101. Material: Chapters 6 – 14 (through HW 14.1 (pressure)).

Rotational Kinematics

Mechanics 1 Axis and planes of the body

What is it? Why do we study it?

Motor Applications.

Presentation transcript:

Review topics What is Biomechanics? Organization of Mechanic Statics, dynamics kinematics, kinetic Problems addressed by biomechanists Qualitative vs quantitative Linear vs angular motion Anatomical terminology Planes and axes Biomechanics

Review topics Anatomical terminology Reference position Cardinal planes and axis

Review topics Fundamental concepts Mass Inertia Force Weight Center of gravity Pressure Mechanical stress Torque Fundamental concepts Biomechanics

Review topics Fundamental concepts Compression Tension Torsion bending Biomechanics

Review topics Skeletal biomechanics Joint biomechanics/structure Composition and structure of bone Biomechanical behavior Stress strain relationships Stiffness vs compliance Anisotropic Viscoelastic response Bone remodeling Joint biomechanics/structure Classification Flexibility

Review topics Skeletal muscle biomechanics Activation states Properties Structure Theory Motor unit

Review topics Skeletal muscle biomechanics force production of an isolated muscle is influenced by: Human strength (torque) is influenced by: