Abstract
Some evolution trends in the context of modelling and simulation are the following: the use of Digital Mock Up (DMU) in the design process, and the use of physically-based approach in modelling, and haptic systems as a means for enhancing interaction with virtual models. Within this context our research work intends to investigate the use of haptic devices for interacting with DMUs built on physically-based models. The purpose is to show the added value gained in using simulation augmented with haptic interaction, the technological feasibility of the approach and the usefulness in several industrial fields. In order to achieve that, we have developed a high speed approximated simulator, allowing the haptic rendering of complex physically-based models in real-time.
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References
Baraff D. and Witkin A., Physically based modelling, in SIGGRAPH 98 Course Notes no. 13, Orlando, Florida USA, July 19–24, 1998.
Dai F., Virtual Reality for Industrial Applications, Springer, 1998.
Avila R.S., Physical Interaction: The Nuts and Bolts of Using Touch Interfaces with Computer Graphics Applications, in SIGGRAPH 98 Course Notes no. 1, Orlando, Florida USA, July 19–24, 1998.
Denti P., Ursino M., and Rizzi C., Simulated behaviour of non-rigid materials, International Journal of CADCAM and Computer Graphics, (10) n 1–2/1995.
Spyrakos C.C., Finite Element Modelling in Engineering practice, Algor Publishing Division, Pittsburgh, PA, USA, 1996.
Zienkiewicz O.C. and Taylor R. L., The Finite Element Method, 4th Edition, Vo1. 1, Ed. Mc Graw Hill, 1991.
Massie T.H., Initial Haptic Explorations with the Phantom: Virtual Touch Through Point Interaction, B.S. Electrical Engineering Massachusetts Institute of Technology, 1993.
SenSable Technologies Inc., http://www.sensable.com
SensAble Technologies, Inc., Programmer’s Guide, Version 2. 1, GHOST Software Developer’s Toolkit. SensAble Technologies. Manual, Cambridge 1997.
De Angelis F., Bordegoni M, Frugoli G., and Rizzi C., Realistic Haptic Rendering of Flexible Objects, in Proceedings of The Second PHANToM User Group Workshop, October 19–22, 1997, MIT, Cambridge, MA.
Berkley J., Weghorst S., Gladstone H., Raugi G., Berg D., and Ganter M., Fast Finite Element Modelling for Surgical Simulation, In Proceedings Medicine Meets Virtual Reality, 55–61, 1999.
De S. and Srinivasan M.A., Thin Walled Models for Haptic and Graphical Rendering of Soft Tissues in Surgical Simulations, In Proceedings Medicine Meets Virtual Reality, 94–99, 1999.
O’Toole R., Playter R., Blank K., Cornelius N., Roberts W., and Raiber M., A novel virtual reality surgical trainer with force feedback: surgeon vs. medical student performance, In Proceedings of the Second PHANToM users group, October 19–22, 1997, MIT, Cambridge, MA.
Cugini U. and De Angelis F., Modelling, Simulation and Haptic Rendering of Non-Rigid Objects, MTS, Rome, June 1999.
Bordegoni M., Cugini U. and De Angelis F., Evolution of Interaction in Physically-based Modelling, Sixth IFIP WG 5.2 International Workshop on Geometric Modelling: Fundamentals and Applications (GEO-6) December 7–9, 1998.
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Bordegoni, M., De Angelis, F. (2000). The Role of Haptic Devices for an Efficient Integration of Design, Simulation and Analysis. In: Brunet, P., Hoffmann, C.M., Roller, D. (eds) CAD Tools and Algorithms for Product Design. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-662-04123-9_10
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DOI: https://doi.org/10.1007/978-3-662-04123-9_10
Publisher Name: Springer, Berlin, Heidelberg
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