PUBLIKATIONEN Prof. Dr.-Ing. habil. L. Wagner - Institut für ...

PUBLIKATIONEN Prof. Dr.-Ing. habil. L. Wagner
78 T. Dörr and L. Wagner:
Fatigue Behavior of Shot Peened TIMETAL 1100: Effects of Microstructure and Stress Gradient Surface
Performance of Titanium Alloys (J. K. Gregory, H. J. Rack and D. Eylon, eds.) TMS-AIME (1996) 231.
77 T. Dörr and L. Wagner:
Effect of Shot Peening on Residual Life of Fatigue Pre-damaged 2024 Al, 6th Int. Conf. on Shot Peening (J.
Champaigne, ed.) (1996) 174.
76 T. Dörr and L. Wagner:
Influence of Stress Gradient on Fatigue Behavior of Shot Peened TIMETAL 1100, 6th Int. Conf. on Shot Peening
(J. Champaigne, ed.) (1996) 223.
75 A. Styczynski, J. Kiese and L. Wagner:
Improvement of the Fatigue Performance in Titanium Alloys, Fatigue ‘96, (G. Lütjering and H. Nowack, eds.)
Pergamon Press (1996) 911.
74 J. Kiese and L. Wagner:
Fatigue Behavior in Ti-10V-2Fe-3Al: Microstructural Effects on Crack Nucleation and Microcrack Growth,
Fatigue ‘96, (G. Lütjering and H. Nowack, eds.) Pergamon Press (1996) 959.
73 T. Dörr and L. Wagner:
S-N Behavior of Prefatigued 2024 Al: Effects of Surface Crack Length and Shot Peening, Fatigue ‘96, (G.
Lütjering and H. Nowack, eds.) Pergamon Press (1996) 1391.
72 A. Berg, J. Lindemann and L. Wagner:
Elevated Temperature Fatigue Behavior of TIMETAL 1100, Fatigue ‘96, (G. Lütjering and H. Nowack, eds.)
Pergamon Press (1996) 879.
71 J. Lindemann, A. Berg and L. Wagner:
Mean Stress Sensitivity of the HCF Strength in TIMETAL 1100: Microstructural Effects, Fatigue ‘96, (G.
Lütjering and H. Nowack, eds.) Pergamon Press (1996) 203.
70 L. Wagner:
Fatigue Life Behavior of Titanium Alloys, ASM Handbook Vol. 19, Fatigue and Fracture, ASM International
(1996) 837.
69 C. Müller, S. Tertsch and L. Wagner:
Microstructural Aspects in Elevated Temperature Fatigue of Ti-1100 Titanium Science and Technology (P. A.
Blenkinsop, ed.) The University Press, Cambridge (1996) 1280.
68 J. Lindemann, A. Berg and L. Wagner:
HCF-Behavior of TIMETAL 1100: Fully Lamellar vs. Duplex Microstructures Titanium Science and Technology
(P. A. Blenkinsop, ed.) The University Press, Cambridge (1996) 1187.
67 J. Kiese and L. Wagner:
Effect of Prior Deformation on Aging Response and Mechanical Properties of Ti-2.5Cu, Titanium Science and
Technology (P. A. Blenkinsop, ed.) The University Press, Cambridge (1996) 1019.
66 A. Styczynski and L. Wagner:
Mechanical Properties of Duplex Microstructures in Ti-2.5Cu, Titanium Science and Technology (P. A.
Blenkinsop, ed.) The University Press, Cambridge (1996) 1363.
1995
65 J. Kiese, L. Wagner and J. K. Gregory:
Effect of Cold Work on Mechanical Properties of Duplex Microstructures in Ti-2.5Cu 4. European Conference on
Advanced Materials and Processes, FEMS (1995).
64 J. Kiese, L. Wagner and J. K. Gregory:
Selective Surface Aging to Improve Fatigue Behavior in Ti-2.5Cu 4. European Conference on Advanced
Materials and Processes, FEMS (1995).
63 A. Styczynski, J. K. Gregory and L. Wagner:
Effect of Primary a Content on Mechanical Properties of Duplex Microstructures in Ti-2.5Cu, 4th European
Conference on Advanced Materials and Processes, FEMS (1995).
62 J. Lindemann, A. Styczynski and L. Wagner:
Fatigue Behavior of Duplex Microstructures in TIMETAL 1100, Light-Weight Alloys for Aerospace Applications
III (E. W. Lee, K. V. Jata, N. J. Kim and W. E. Frazier, eds.) TMS-AIME (1995) 391.
61 A. Berg, J. Kiese and L. Wagner:
Effect of Beta-Grain Size on Mechanical Properties of Lamellar Microstructures in TIMETAL 1100, Light-
Weight Alloys for Aerospace Applications III (E. W. Lee, K. V. Jata, N. J. Kim and W. E. Frazier, eds.) TMS-
AIME (1995) 407.