Working Model 3D

OCCUPATIONAL DYNAMICS SPECIALISE IN COMMS AND CONNECTIVITY
BUT WHEN WE SAW THIS PRODUCT WE WERE SO AMAZED WITH WHAT IT
HAD TO OFFER, WE HAD TO SHOW IT TO THE REST OF THE WORLD

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Working Model 3D

The Standard for Windows Motion Simulation
Working Model 3D gives engineers the power to successfully model three-dimensional systems and get meaningful results. Working Model 3D couples modeling, simulation, and analysis in one unified interface that makes creating and running a simulation easy and fast. Working Model 3D also enables seamless integration with major CAD applications, forming the basis for an integrated design and engineering system. With automatic collision simulation and a robust dynamics simulation engine, Working Model 3D solves complex design problems where motion and forces are important. Available for Windows only.

Simulation Features

Automatic Collision Detection and Response
Uses part geometry and material properties to calculate the results of collisions, impacts, sliding, and bouncing.
Statics/Kinematics and Dynamics
Determines the static loads in your model. Calculates position, velocity, and acceleration data.
Full multi-body dynamics simulation engine handles complex multi-body equations and returns motion and data.
Automatic Calculation Setting
Determines time step and calculation method based upon the complexity of the model to insure accurate results.

Modeling Objects

Bodies
Each body has a set of physical properties including mass, coefficient of restitution, friction, velocity, acceleration, center of mass, and moment of inertia.
Joints
Welds, rigid joints, revolute joints, spherical joints, slot joints, rods, ropes, separators, springs, and dampers. Properties of joints (e.g. a spring constant) are user definable by numeric or equation input.
Points
Allows the tracking and examination of exact positions with a model.
Drivers
Motors, actuators, torques, and forces. Properties for these devices are user definable by numeric or equation input.
Meters and Graphs
Record and display the results of a simulation.

Loads and Drivers

Point Loads
Joint, motor, actuator, point, spring, and damper.
Part Friction/Elasticity
Friction loads between parts are automatically computed based upon part properties, surface contact forces, and orientations. Restitution loads (e.g. bounce) are computed based upon part properties, surface contact forces, and orientations.
World Forces (e.g. gravity)
Enable you to customize the simulation world where your model resides.
User Defined Loads
Allow you to use conditional equation language to turn forces off and on and vary part parameters during a simulation.

Measurement Results

Joint
Orientation, position, velocity, acceleration, and applied loads.
Part
Orientation, position, velocity, acceleration, momentum, angular acceleration, and applied loads.
Units format
SI, English, and user definable units selection.
Custom Measurements
You can use math equations to dynamically create your own customized studies.
Real-time Graphs
Display information graphically as the simulation is running. View x,y plots, numeric data, and curve traces.
Export Data
Export all graphs and measurements for hard copy results and use in other applications.
Create Movie
Export simulation sequences to the popular Microsoft (.avi) format for playback and viewing on other computers, even those without Working Model.

Needs 64 Mb RAM Minimum. (Including Working Model 3D v1.03; Working Model 3D for Mechanical Desktop; Working Model 3D for Solid Edge and Working Model 3D for Solid Works - 25 Mb)
Recommended Windows Configurations
WindowsÆ 95 or NTÆ
Pentium Processor
32M RAM, 64 Recommended
CD-Rom

PRICE LIST
Working Model 2D ....... £1950 + VAT per copy
Working Model 3D ....... £3450 + VAT per copy

Network Versions please call us or e-mail with your requirements.
Phone : +44(0)1260 274591
E-mail : [email protected]

PRICE LIST SEND FOR DEMO DISK PinPoint & E-Surveys for Windows HOME		Working Model 3D
		The Standard for Windows Motion Simulation Working Model 3D gives engineers the power to successfully model three-dimensional systems and get meaningful results. Working Model 3D couples modeling, simulation, and analysis in one unified interface that makes creating and running a simulation easy and fast. Working Model 3D also enables seamless integration with major CAD applications, forming the basis for an integrated design and engineering system. With automatic collision simulation and a robust dynamics simulation engine, Working Model 3D solves complex design problems where motion and forces are important. Available for Windows only.
		Simulation Features Automatic Collision Detection and Response Uses part geometry and material properties to calculate the results of collisions, impacts, sliding, and bouncing. Statics/Kinematics and Dynamics Determines the static loads in your model. Calculates position, velocity, and acceleration data. Full multi-body dynamics simulation engine handles complex multi-body equations and returns motion and data. Automatic Calculation Setting Determines time step and calculation method based upon the complexity of the model to insure accurate results.
		Modeling Objects Bodies Each body has a set of physical properties including mass, coefficient of restitution, friction, velocity, acceleration, center of mass, and moment of inertia. Joints Welds, rigid joints, revolute joints, spherical joints, slot joints, rods, ropes, separators, springs, and dampers. Properties of joints (e.g. a spring constant) are user definable by numeric or equation input. Points Allows the tracking and examination of exact positions with a model. Drivers Motors, actuators, torques, and forces. Properties for these devices are user definable by numeric or equation input. Meters and Graphs Record and display the results of a simulation.
		Loads and Drivers Point Loads Joint, motor, actuator, point, spring, and damper. Part Friction/Elasticity Friction loads between parts are automatically computed based upon part properties, surface contact forces, and orientations. Restitution loads (e.g. bounce) are computed based upon part properties, surface contact forces, and orientations. World Forces (e.g. gravity) Enable you to customize the simulation world where your model resides. User Defined Loads Allow you to use conditional equation language to turn forces off and on and vary part parameters during a simulation.
		Measurement Results Joint Orientation, position, velocity, acceleration, and applied loads. Part Orientation, position, velocity, acceleration, momentum, angular acceleration, and applied loads. Units format SI, English, and user definable units selection. Custom Measurements You can use math equations to dynamically create your own customized studies. Real-time Graphs Display information graphically as the simulation is running. View x,y plots, numeric data, and curve traces. Export Data Export all graphs and measurements for hard copy results and use in other applications. Create Movie Export simulation sequences to the popular Microsoft (.avi) format for playback and viewing on other computers, even those without Working Model. Needs 64 Mb RAM Minimum. (Including Working Model 3D v1.03; Working Model 3D for Mechanical Desktop; Working Model 3D for Solid Edge and Working Model 3D for Solid Works - 25 Mb) Recommended Windows Configurations WindowsÆ 95 or NTÆ Pentium Processor 32M RAM, 64 Recommended CD-Rom PRICE LIST Working Model 2D ....... £1950 + VAT per copy Working Model 3D ....... £3450 + VAT per copy Network Versions please call us or e-mail with your requirements. Phone : +44(0)1260 274591 E-mail : [email protected]