Associated services :

  1. •Custom design and developer “plug-in” program

  2. •Systems and components modeling and engineering

1. Printing quality models in Mathematica

Mechatronics knowledge capitalization and publication is made simple. Edit bond graphs directly in Mathematica to keep models, related physical formulas and documentation in notebooks. Exchange highly valuable technical informations based on bond graphs with your colleges.  Publish papers with high quality bond graphs prints taking advantage of Mathematica typesetting for the physical constitutive relations description.


2. Embedded illustration

Models can embed graphical illustration and user annotation, for self documenting standalone models. Fade from model to illustration with a slider. Use annotation hyperlink to jump to source notebook.

5. Fully symbolic,

integrates seamlessly in Mathematica

Bond graph are objects of Mathematica and can be cut , pasted and evaluated within documents like other Mathematica  typesets. All the tools are natively symbolic. Analysis of systems, engineering design is made simple, keeping structural and constitutive informations together and at the top modeling level.

4. Interactive simulation is easy Interactive simulation with control or model parameter is made via slider interaction feature. Tuning a model manually for a specific purpose is made easy as soon as the goal curve is displayed. Learning and checking, about a model is instant with direct on graph mouse probing feature.http://virtualdynamics.com/bondgraph/demos/tunedamper.mov

Bond graph toolbox for Mathematica 6

The native symbolic bond graph tool to enhance your mechatronics creativity

Resources

  1. •Damper notebook screencast

3. High level bond graph notations

• No information is hidden anywhere. Unlike other obscure software, the concept is “what you see is what it is”, like a sheet of paper do, in the right line of the bond graph original spirit, leading to self explanatory models, understandable at a glance.

• Type in symbolic parameters using Mathematica typeset and labels directly on the model, no popup necessary. Set explicit initialization constraints on model to indirectly define state. Define linear, or non linear constitutive complex behavior laws.

• No cumbersome wiring necessary, just use symbolic expression directly. Set control laws on sources using any predefined Mathematica function and referencing any bond graph variable. Use transfer functions to define realistic sources and sensors.

• A must-to-have for mechatronics designers, students and researchers to improve productivity and creativity

• State of the art bond graph including non linear and bicausal

• Only requires Mathematica, no external tools necessary to edit or simulate

• Fast startup documentation, with minimal background knowledge, from beginner to advanced.

• Efficient heuristic driven graph editor allows editing models in seconds.

• Cover 100% of classical book model examples, linear, non linear, symbolic and numeric.

• Efficient, easy to use functions and objects, allows 1-page-size sophisticates models with control laws.

• Embed bond graph as an objet in Mathematica with option inspector and inline form.

• “Lasting-feature” allows exchange with non bond graph toolbox owners with minimal features

• Lower than 1k€ starting price.

Customer benefits

Overview