TMF panel test: close-to-reality simulation of thermo-mechanical ftigue processes in heat-loaded walls

Author:

Gernoth Andreas,Riccius Joerg,Haidn Oskar,Brummer Ludwig,Mewes Bernd,Quering Katharina

Publisher

American Institute of Aeronautics and Astronautics

Reference21 articles.

1. 1Bartsch, M.; Baufeld, B.; and Heinzelmann, M. "CMSX-4 with Thermal Barrier Coating under Thermal Gradient MechanicalFatigue,"9thInternational Conference onFatigue, 2006.

2. 2Baufeld, B.; and Bartsch, M. "Temperature Measurement in Thermal Gradient Mechanical Fatigue Testing of Material Systems with Coatings," Proceedings of a Symposium sponsored by Engineering Conferences International, edited by Fuchs, G. E.; James, A. W.; Gabb, T.; McLean, M.; and Harada, H., Advanced Materials and Processes for Gas Turbines, 22 -26September 2002,p.75 - 82.

3. 3Ferrandon, O.; James, P.; Girard, P.; Terhardt, M.; Blasi, R.; Johnsson, R.; and Damgaard, T. "VULCAIN 2 Nozzle Extension: Integrated European Team and Advanced Computational Models to the Service of Nozzle Design," 41st AIAA/ASME/SAE/ASEEJoint Propulsion Conference, 2005.

4. 5Overton, G. "LASER-BEAM SHAPING: Diode-laser system yields 11 kW homogenized output," Laser Focus World, Volume43, Issue5,May 2005, URL: http://www.laserfocusworld.com/display_article/292380/12/ARTCL/none/News/LASERBEAM-SHAPING:Diode-laser-system-yields-11-kW-homogenized-outpue;[cited 9 June 2008].

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