SS5 - Computer algebra modeling in physics, classical and celestial mechanics, and engineering
link to the session's webpage
The progressive impact of Computer Algebra Systems (CAS) in science-based disciplines is vividly noticeable. It is rare to encounter a scientific investigation immune from its beneficial influences. Within 30 years, the CAS has become an efficient tool for analyzing engineering and mathematical challenges. Symbolic capabilities of the CAS provide a forum to perform amazing calculations that practically are impossible otherwise. For instance, dynamic simulations of engineering issues are addressed, and mathematical conjectures are formulated and verified. Many problems in physics and mechanics are tackled by applying the perturbation theory, which implies that quite cumbersome symbolic calculations can be solved efficiently with the CAS.
The purpose of organizing this session is to bring together enthusiastic users of Computer Algebra Systems in science and engineering. Expected topics of presentations include (but are not limited to):
- symbolic and numerical methods for solving ODEs
- modeling and simulation in physics and engineering
- applications in classical and celestial mechanics
- perturbation theories
Session organizers
| Alexander Prokopenya (Institute of Information Technology, Warsaw University of Life Sciences – SGGW, Poland) |
| Haiduke Sarafian (Professor Emeritus of Physics and John T. and Paige S. Smith Professor of Science Emeritus, The Pennsylvania State University, USA) |