Table of Contents
1. Mechatronics, multidisciplinary field of technology | |
Grzegorz Pawlicki | 457-463 |
2. On certain methods of determining the ellipses and ellipsoids of the positioning accuracy of robot manipulators | |
Wojciech Szczepiński, Zbigniew Wesołowski | 465-482 |
3. Involute gears with variable pressure angle profile for mechatronic application | |
Waldemar Oleksiuk | 483-492 |
4. Elastic-plastic strain analysis by photoelastic coating method | |
Jacek Kapkowski, Barbara Kozłowska | 493-512 |
5. Active systems in the vibration control of vehicles | |
Stanisław Michałowski | 513-523 |
6. Robot object-oriented Pascal library: ROOPL | |
Cezary Zieliński | 525-537 |
7. New trends in optical methods for experimental mechanics. Part I: moire and grating projection techniques for shape and deformation measurement | |
Malgorzata Kujawińska, Krzysztof Patorski | 539-561 |
8. New trends in optical methods for experimental mechanics. Part II: high sensitivity grating interferometry for in-plane displacement measurement | |
Krzysztof Patorski, Małgorzata Kujawińska | 563-582 |
9. Modal calibration of vibration sensors | |
Witold Wiśniowski | 583-589 |
10. Neural networks in robotics | |
Teresa Zielińska | 591-600 |
11. Some results of the APC-1P digital autopilot flight tests | |
Andrzej Tomczyk, Tomasz Dziedzic | 601-619 |
12. Improvement of a robot performance due to elemination of both dynamic interactions and joint limits in the manipulator arm | |
Kazimiekz Nazarczuk | 621-636 |
13. Active vibration control of one-dimensional piezoelectric laminates | |
Marek Pietrzakowski | 637-655 |
14. Stabilization of beam parametric vibrations | |
Andrzej Tylikowski | 657-670 |