Interactive Simulation of Machinery with Friction and Impact Using Dram

Authors

• M. A. Chace - University of Michigan
• J. C. Angell - University of Michigan

Topic

• Simulation and modeling
• Connectors and terminals

Citation

Also In

References

1. Chace M. A. “A Network-Variational Basis for Generalized Computer Representation of Multifreedom, Constrained, Mechanical Systems.” Design Automation Conference Miami, Florida 1969
2. Chace M. A. “DAMN-A Prototype Program for the Dynamic Analysis of Mechanical Networks.” 7th Annual Share Design Automation Workshop San Francisco, California June 1970
3. Chace M. A. Korybalski M. E. “Computer Graphics in the Schematic Representation of Nonlinear, Constrained, Multifreedom Mechanical Systems.” Computer Graphics 70 Conference Brunel University April 1970
4. Smith D. A. “Reaction Forces and Impact in Generalized Two-Dimensional Mechanical Dynamic Systems.” University of Michigan Ann Arbor Michigan September 1971
5. Smith D. A. Chace M. A. Rubens A. C. “The Automatic Generation of a Mathematical Model for Machinery Systems.” Paper No. 72-Mech-31 1972 Mechanisms Conference ASME Design Engineering Division October 1972
6. Chace M. A. Smith D. A. “DAMN - Digital Computer Program for the Dynamic Analysis of Generalized Mechanical Systems.” Paper No. 710244 SAE Automotive Engineering Congress January 1971
7. Smith D. A. “Reaction Force Analysis in Generalized Machine Systems.” Paper No. 72-Mech-21, Journal of Engineering for Industry, ASME Transactions 1972
8. Chace M. A. Sheth P. N. “Adaptation of Computer Techniques to the Design of Mechanical Dynamic Machinery.” Paper No. 73-DET-58 2nd ASME Design Automation Conference Cincinnati, Ohio September 9-12 1973
9. Smith D. A. Masson R. P. “On the Initial Condition Problem.” Paper No. 74-DET-16 1974 Mechanisms Conference, ASME Design Engineering Division October 1974
10. Chace M. A. Angell J. C. “Users Guide to DRAM (Dynamic Response of Articulated Machinery).” February 1976
11. Chace M. A. Bayazitoglu Y. 0. “Development and Application of a Generalized D'Alembert Force for Multifreedom Mechanical Systems.” Paper No. 70-Mech-25 ASME Mechanism Conference November 1970
12. Bayazitoglu Y. 0. “Methods for Automated Analysis of Three-Dimensional Dynamic Mechanical Systems with Application to Nonlinear Vehicle Dynamics.” University of Michigan 1972
13. Orlandea N. “Development and Application of Node-Analogous Sparsity-Oriented Methods for Simulation of Mechanical Dynamic Systems.” University of Michigan 1973
14. Orlandea N. Chace M. A. Calahan D. A. “A Sparsity-Oriented Approach to the Dynamic Analysis and Design of Mechanical Systems - Parts I and II.” Paper Nos. 76-DET-19 and 76-DET-20 ASME Mechanisms Conference Montreal, Quebec, Canada October 1976
15. Kaufmann R. E. “Kinematic and Dynamic Design of Mechanism, Shock and Vibration Computer Programs - Reviews and Summaries, SVM-10.” Pilkey W. Pilkey B. Shock and Vibration Information Center U. S. Department of Defense 337 346 1975
16. Paul B. Hud G. “User's Manual for Program DYMAC-L2.” MEAM Report 76-5, Department of Mechanical Engineering and Applied Mechanics University of Pennsylvania Phil. Pa. August 1976
17. Halter J. M. Carson W. L. “Mechanism-Force System Synthesis to Obtain a Desired Motion-Time Response.” Proceedings of the Fourth World Congress on the Theory of Machines and Mechanisms 399 404 Newcastle Upon Tyne, England September 8-13 1975
18. Rogers R. J. Andrews G. C. “The Simulation of Planar Systems Using a Simplified Vector-Network Method.” Mechanism and Machine Theory 10 509 519 1975
19. Gear C. W. “Numerical Initial Value Problems in Ordinary Differential Equations.” Prentice-Hall Englewood Cliffs, N.J. 1971
20. Roark R. J. “Formulas for Stress and Strain.” 4th McGraw-Hill 1965
21. Goldsmith W. “Impact.” Edward Arnold (Publishers) Ltd. London 1960
22. Chace M. A. An Approach to the Generalized Simulation of Planar Mechanisms with Coulomb Friction.” Internal Report No. Ta 23 University of Newcastle upon Tyne England May 1974

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