Experimental Research on the Thermo-physical Process of Laser Non-melting Processing

[in Chinese]; [in Chinese]; [in Chinese]; [in Chinese]; [in Chinese]

[1] F. Vollertsen. Mechanisms and models for laser forming. Proceedings of the LANE'94, eds. M. Geiger, F. Vollertsen. Meisenback Bamberg, 1994. 345～359

[2] F. Vollertsen, M. Rodle. Model for the temperature gradient mechanism of laser bending. Proceedings of the LANE'94, eds. M. Geiger, F. Vollertsen. Meisenback Bamberg, 1994. 371～378

[3] S. Holzer, H. Amet, M. Geiger. Physical and numerical modelling of the bucking mechanism. Proceedings of the LANE'94, eds. M. Geiger, F. Vollertsen. Meisenback Bamberg, 1994.3379～3386

[4] J. Kraus. Basic processes in laser bending of extrusions using the upsetting mechanism. Proceedings of the LANE'97, eds. M. Geiger, F. Vollertsen. Meisenback Bamberg, 1997.431～438

[5] Ν. Alberti, L. Fratini, F. Micari. Numerical simulation of the laser bending process by a coupled thermal mechanical analysis. Proceedings of the LANE'94, eds. M. Geiger, F. Vollertsen, Meisenback Bamberg 1994. 327～336

[6] Y. Namba. Laser Forming in Space. Int. Conf. on Laser '85, ed., C. P.Wang, 1986.403～407

[7] Geiger F., Vollertsen G. Deinzer, Flexible straightening of car body shell by laser forming. SAE paper No. 930279, 1993.354～361

[12] M. R. Fernandez et al.. Steel AISI 1045: superficial hardening by laser and tribological behavior. Surface Modification Technologies. The Institute of Material, London, 1998.617～622

[13] I. Felde et al.. Microstructure and hardness prediction in laser heat treated steels using computer simulation. Surface Modification Technologies. The Institute of Material, London, 1998.709～714

[15] Tamas et al.. Prediction of as-quenched hardness after rapid austenitization and cooling of surface hardened steels. Computational Material Science, 1999, 15: 101～112