Intelligent Fixtures for the Manufacturing of Low Rigidity Components

Part I. Vibration

1. Case Study 1.1: Identification and Active Damping of Critical Workpiece Vibrations in Milling of Thin Walled Workpieces
Hans-Christian Möhring, Petra Wiederkehr, Christoph Lerez, Tobias Siebrecht, Holger Schmitz

2. Case Study 1.2: Turning of Low Pressure Turbine Casing
Oscar Gonzalo, Jose Mari Seara, Eneko Olabarrieta, Mikel Esparta, Iker Zamakona, Manu Gomez-Korraletxe, José Alberto Dios

3. Case Study 1.3: Auto-adaptive Vibrations and Instabilities Suppression in General Milling Operations
Lorenzo Sallese, Jason Tsahalis, Niccolò Grossi, Antonio Scippa, Gianni Campatelli, Harry Tsahalis

Part II. Deformation

4. Case Study 2.1: Detection and Compensation of Workpiece Distortions During Machining of Slender and Thin-Walled Aerospace Parts
Hans-Christian Möhring, Petra Wiederkehr, Mathias Leopold, Rouven Hense, Florian Hannesen

5. Case Study 2.2: Clamping of Thin-Walled Curved Workpieces
Petr Kolar, Jiri Sveda, Jan Koubek

6. Case Study 2.3: Distortions in Aeronautical Structural Parts
Iñigo Llanos, Arkaitz Beristain, Jose Luis Lanzagorta, Hendric Matzat

7. Case Study 2.4: Machining of Aircraft Turbine Support Structures
Oscar Gonzalo, Jose Mari Seara, Enrique Guruceta, Mikel Esparta, Iker Zamakona, Nicolas Uterga, Axier Aranburu, Johannes Thoelen

Part III. Positioning

8. Case Study 3.1: Fixture System for Workpiece Adjustment and Clamping with/without its Pre-deformation
Jiri Sveda, Petr Kolar, Jan Koubek, Jose Dios

9. Case Study 3.2: Semiautomatic Tool Reference for Application on Large Parts
Jose Zendoia, Harkaitz Urreta, Alberto Mendikute, Ibai Leizea

10. Case Study 3.3: Active Fixtures for High Precision Positioning of Large Parts for the Windmill Sector
Alex Estévez, Germán Rodríguez, Kepa Ayesta

Nyckelord: Engineering, Manufacturing, Machines, Tools, Machinery and Machine Elements, Operating Procedures, Materials Treatment, Theoretical and Applied Mechanics