Campbell Laird

发表

Design Against Variable Amplitude Fatigue — an approach through Cyclic Stress-Strain Response

Campbell Laird, Fernando Lorenzo, Alex S. Cheng, 1982 .

Sensors for monitoring early stage fatigue cracking

Jennifer E. Michaels, Thomas E. Michaels, Jerrell A. Nardiello, 2007 .

CUMULATIVE DAMAGE UNDER TWO LEVEL CYCLING: SOME THEORETICAL PREDICTIONS AND TEST DATA

Campbell Laird, Zvi Hashin, Z. Hashin, 1979 .

Overview of fatigue behavior in copper single crystals—II. Population, size distribution and growth kinetics of Stage I cracks for tests at constant strain amplitude

Campbell Laird, C. Laird, Ma Bao-Tong, 1989 .

Size effects of dislocation patterning in fatigued metals

Campbell Laird, C. Laird, M. V. Glazov, 1995 .

Cyclic response-electrochemical interaction in mono- and polycrystalline AISI 316L stainless steel in H2SO4 solution—II. Potential dependence of the transient dissolution behavior during corrosion fatigue

Campbell Laird, C. Laird, Y.-F. Li, 1993 .

Mechanisms of cyclic softening and cyclic creep in low carbon steel

Campbell Laird, C. Laird, Hui-Fen Chai, 1987 .

Dislocation structures in copper single crystals fatigued at low amplitudes

Campbell Laird, C. Laird, Leopold Buchinger, 1985 .

The cyclic stress—strain response and dislocation structures of Cu-16 at.%Al alloy II: Polycrystalline behavior

Campbell Laird, C. Laird, S. Stanzl, 1986 .

Cyclic response of polycrystalline copper—composite-grain model

Campbell Laird, John L. Bassani, C. Laird, 1994 .

Mechanisms of cyclic softening in precipitation-hardening alloys—A ball model approach and tests at 78 K

Campbell Laird, J. K. Lee, J. K. Lee, 1981 .

«Effect of loading mode on the cyclic response and the associated substructure of polycrystalline copper in the high-cycle regime»

Campbell Laird, C. Laird, L. Llanes, 1993 .

Loop patch behavior as affected by incremental loading and cyclic frequency in fatigue

Peter Neumann, Campbell Laird, C. Laird, 1986 .

The fatigue limits of metals

Campbell Laird, C. Laird, 1976 .

Dislocation structures produced by low-amplitude fatigue of copper single crystals at 77 K

Campbell Laird, C. Laird, S. Stanzl, 1990 .

The cyclic stress—Strain response and dislocation structures of Cu16 at.%Al alloy III: Single crystals fatigued at low strain amplitudes

Campbell Laird, Alex S. Cheng, A. S. Cheng, 1986 .

Crack nucleation and stage I propagation in high strain fatigue—II. mechanism

Campbell Laird, C. Laird, W. H. Kim, 1978 .

Mechanisms of slip mode modification in F.C.C. solid solutions

Sun Ig Hong, Campbell Laird, C. Laird, 1990 .

A new approach to predicting fatigue life behavior under the action of mean stresses

Campbell Laird, Fernando Lorenzo, C. Laird, 1984 .

Overview of fatigue behavior in copper single crystals—I. Surface morphology and stage I crack initiation sites for tests at constant strain amplitude

Campbell Laird, C. Laird, Ma Bao-Tong, 1989 .

Transient cyclic stress-strain response and cumulative damage in Cu-16at.% A1 single crystals fatigued under variable straining

Sun Ig Hong, Campbell Laird, C. Laird, 1990 .

CHAPTER 27 – FATIGUE

Campbell Laird, C. Laird, 1996 .

Influence of cyclic frequency on strain localization and cyclic deformation in fatigue

Campbell Laird, Herwig Mayer, C. Laird, 1994 .

Overview of fatigue behavior in copper single crystals—V. Short crack growth behavior and a new approach to summing cumulative damage and predicting fatigue life under variable amplitudes

Campbell Laird, C. Laird, Ma Bao-Tong, 1989 .

The cyclic stress—strain response of single crystals of Cu-16 at.%Al alloy I: Cyclic hardening and strain localization

Campbell Laird, Alex S. Cheng, A. S. Cheng, 1986 .

Effects of grain size and mechanical pretreatment on strain localization in FCC polycrystals

Joseph R. Michael, Campbell Laird, Katja Obergfell, 2001 .