Search results
Working Model Tutorial by Mark Minor This tutorial provides basic information for modeling planar rigid body dynamics using the Working Model 2D software that was included with your text: Robert L. Norton, Design of Machinery: An introduction to the Synthesis and Analysis of Mechanisms and Machines. Second Edition. New York, NY: McGraw-Hill, 1999.
Working Model 2D: Tutorial 1 Problem 10-29: An object with an initial velocity of 25 m/s upward lands 80m below its starting point. Find its maximum height, total time in the air, and the velocity at the time of its landing. I. Steps in Setting-Up the Drawing Area 1. Choose Accuracy from the World Menu and change the settings of the Animation
Introductory Tutorial. If you do not have Working Model, click here. Otherwise, click here to download a PDF of the tutorial.
We are committed to providing you easy-to-use, engineering software that makes you more productive, and saves time and money on hardware prototyping, testing, and virtual product development. To begin, install Working Model and go through each step of the demonstration described below.
Powerful physics-based 2D kinematic and dynamic motion simulation and analysis. Provides accurate solutions to complex engineering motion simulation problems. Save time and money by avoiding expensive prototyping and product failures.
BODY PROPERTIES & FEATURES. • Body types: circle, box, polygon and smooth (b-Spline edges) • Mass, density, geometry, center of mass, moment of inertia, velocity and angular velocity, electrostatic charge and more • Track the motion path of a body • Automatic collision detection and response • Automatically applied static and kinetic friction .
Click on one of the links below to download the free Working Model brochure, or introductory tutorial in any one of the languages listed.
