Share 
Follow 
AboutDownloadsDocumentsForumsSource CodeIssues

Lab1

Apr 4, 2007
Author: Mary Elting
Assignment for BioE 215

Apr 4, 2007
Author: Mary Elting
Assignment for BioE 215

Apr 4, 2007
Author: Mary Elting
graphs of trig functions from HelloMath2

Apr 4, 2007
Author: Mary Elting
Assignment for BioE 215

Lab2

Apr 4, 2007
Author: Mary Elting
analytic parts of lab2

Apr 4, 2007
Author: Mary Elting
Idea for MIPSI project

Apr 4, 2007
Author: Mary Elting
plot of the analytical by hand solution of the apple dropping

Apr 4, 2007
Author: Mary Elting
plots of the apple dropping as calculated by simbios

Apr 4, 2007
Author: Mary Elting
plot of the simbios results from the baseball simulation

Apr 4, 2007
Author: Mary Elting
projectile motion simtk program

Apr 4, 2007
Author: Mary Elting
rotating book code

Lab3

May 5, 2007
Author: Mary Elting
Calculates center of mass and moment of inertia for a system of pointmasses

May 5, 2007
Author: Mary Elting
Results from HelloCenterOfMass.cpp

May 5, 2007
Author: Mary Elting
Does some vector calculations on two vectors

May 5, 2007
Author: Mary Elting
the output from HelloVector.cpp

May 5, 2007
Author: Mary Elting
Results of InertiaPropertiesOfPDBMolecules for 1G2S

May 5, 2007
Author: Mary Elting
Results from InertiaPropertiesOfPDBMolecules for 2CDT including HETAM

May 5, 2007
Author: Mary Elting
results from InertiaPropertiesOfPDBMolecules for 2CDT with hydrogen atoms included

May 5, 2007
Author: Mary Elting
Results from InertiaPropertiesOfPDBMolecules for 2CDT not including HETAM

May 5, 2007
Author: Mary Elting
Does some mass calculations of a molecule from a pdb file and visaualizes it

Lab4

May 5, 2007
Author: Mary Elting
Mhtml file containing the original assignment for lab4 with answers written in

May 5, 2007
Author: Mary Elting
C++ file to calculate a bounding box as axes are rotated about a polygon

May 5, 2007
Author: Mary Elting
Output from PolygonMassDistributionProperties.cpp

Lab5

May 5, 2007
Author: Mary Elting
Apple torque control results with omega = 0.4

May 5, 2007
Author: Mary Elting
Apple force control results with omega = 0.2

May 5, 2007
Author: Mary Elting
Apple torque control results with omega = 1.0

May 5, 2007
Author: Mary Elting
Apple with applied force cos(t)

May 5, 2007
Author: Mary Elting
Simulates apple with torque control with xdes = 2+sin(t)

May 5, 2007
Author: Mary Elting
Apple with applied force cos(t)

May 5, 2007
Author: Mary Elting
Graphs from all the different sections of lab5

May 5, 2007
Author: Mary Elting

May 5, 2007
Author: Mary Elting
newton's apple with drag force added

May 5, 2007
Author: Mary Elting
Newton's apple with drag force results

May 5, 2007
Author: Mary Elting
baseball with air resistance

May 5, 2007
Author: Mary Elting
Projectile motion with drag force results

May 5, 2007
Author: Mary Elting
class defining air resistance

May 5, 2007
Author: Mary Elting
class to define vertical air resistance

May 5, 2007
Author: Mary Elting
class for torque control with xdes = 2 + sin(t)

May 5, 2007
Author: Mary Elting
defines a force cos(t)

LabBodySegmentScaling

May 5, 2007
Author: Mary Elting
PDF file that includes the written question from the body segment lab

May 5, 2007
Author: Mary Elting
C++ program that calculates body segment properties

May 5, 2007
Author: Mary Elting
properties for a 61.9 kg 1735mm female

May 5, 2007
Author: Mary Elting
properties for a 90kg male with a 279.4 mm foot length

May 5, 2007
Author: Mary Elting
my mass properties based on segment scaling

May 5, 2007
Author: Mary Elting
my mass properties based on whole body scaling

MIPSI project

Jun 6, 2007
Author: Mary Elting
Simulation of myosin V. More details in header of the file. Requires UserForceAttraction.h, UserForceATPTorque.h, and UserForceStokesDrag.h

Jun 6, 2007
Author: Mary Elting
Detailed description of model and results for MIPSI project

Jun 6, 2007
Author: Mary Elting
Torque on the molecule is produced by a torque spring. Now updated with damping.

Jun 6, 2007
Author: Mary Elting
Class for an attractive force for the head to be pulled in to the actin binding site. Also includes damping

Jun 6, 2007
Author: Mary Elting
user force for applying stokes drag to a body (that is, drag proportional to velocity)

Uncategorized Submissions

This folder is empty.
Feedback