125:471 Introduction to Musculoskeletal Mechanics HW#3 Stress Analysis In an experimental test, the magnitude of load P is 300N. 1. Find the stresses at location A and B. 2. Will the answer change if the length of 100 mm is increased to 150 mm? If yes why
Department of Biomedical Engineering 125:417 Introduction to Musculoskeletal Mechanics
HW We have already investigated the stability of the hip joint during stance phase of the right limb in the coronal plane (Y, Z plane). The data used were BW = Body wei
Department of Biomedical Engineering 125:417 Introduction to Musculoskeletal Mechanics Exam II November 17, 2011 Name: _MASTER SOLUTION_ Note: Open Printed Materials only In all your answers, include your assumptions, line drawings and equations (if neede
HW#4 Shape Optimization
The structure is loaded with bending moment My Nmm. Assume My = 1000 N mm Therefore the maximum bending stress will be zz = My x/Iyy; where x will at the outer most fiber. zz = My (Xmax /Iyy) Given Area A = 100 mm2 and the
The goal is to obtain the linear and angular motion of the human body in 2-D in this field of view. Answer the following questions. Minimum number of markers Their locations How to quantify the data and relate to anatomy?
H = (3 -