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BioE215


Lab 1

Apr 4, 2007
Author: Edith Arnold
Lab1, Part 1

Apr 4, 2007
Author: Edith Arnold
Lab1, part2


Apr 4, 2007
Author: Edith Arnold
Lab1, part3


HelloMath2 Figures

Apr 4, 2007
Author: Edith Arnold

Apr 4, 2007
Author: Edith Arnold

Apr 4, 2007
Author: Edith Arnold

Lab 2

Apr 4, 2007
Author: Edith Arnold
Text file with kinematic data of a simple projectile drop.

Apr 4, 2007
Author: Edith Arnold
Modified Newtons Apple file to model projectile Motion



Apple and Projectile Plots

Apr 4, 2007
Author: Edith Arnold
Maltab plot of simulated apple position.

Apr 4, 2007
Author: Edith Arnold
positon plots from simulated and exact analytical solution.

Apr 4, 2007
Author: Edith Arnold
Matlab plot of simulated velocity for a simple apple drop.

Apr 4, 2007
Author: Edith Arnold
simulated and exact projectile motion paths

Lab3

May 5, 2007
Author: Edith Arnold

May 5, 2007
Author: Edith Arnold
a program to solve the mass center problems 3.2 and 3.4

May 5, 2007
Author: Edith Arnold
a program to perform several simple vector operations



May 5, 2007
Author: Edith Arnold
a c++ program to determine the inertia properties of a molecule from a pdb file and visualize it


Lab 4B

May 5, 2007
Author: Edith Arnold
program to determine mass and inertia properties with whole body or segment scaling

May 5, 2007
Author: Edith Arnold
These are the different parameters I used to answer each of the 4 cases.

Lab5

May 5, 2007
Author: Edith Arnold
simulates frictionless block with horizontal force

May 5, 2007
Author: Edith Arnold
modified apple drop simulation to include air resistance

May 5, 2007
Author: Edith Arnold
models a projectile with air resistance


May 5, 2007
Author: Edith Arnold
defines the force of air resistance in 3 directions

May 5, 2007
Author: Edith Arnold
control law for horizontal force

May 5, 2007
Author: Edith Arnold
definition of sinusoidal force

MIPSI

Jun 6, 2007
Author: Edith Arnold
.cpp, .h, and report files for Edith and Melanie

May 5, 2007
Author: Edith Arnold
Stage one of a simulation of a standing leg. Includes mass subsystems and mobilizers

Uncategorized Submissions

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