Dimitri B. Kececioglu

Affiliations: 
University of Arizona, Tucson, AZ 
Area:
Aerospace Engineering, Electronics and Electrical Engineering
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Publications

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Li Q, Kececioglu DB. (2004) Optimal design of accelerated degradation tests International Journal of Materials & Product Technology. 20: 73
Kececioglu D, Sun F. (1994) Mixed-Weibull parameter estimation for burn-in data using the Bayesian approach Microelectronics Reliability. 34: 1657-1679
Kececioglu D, Li D. (1988) The optimum sample size for the sequential test plan, with replacement, in the exponential case Reliability Engineering & System Safety. 23: 147-158
Kececioglu D, Li D. (1985) Optimum two-sided confidence interval for the location parameter of the exponential distribution Reliability Engineering. 13: 1-10
Kececioglu D, Jacks JA. (1985) The weibull stress-life, log-log stress-life, and the overload-stress reliability models in accelerated life testing Reliability Engineering. 11: 109-120
Kececioglu D, Jacks JA. (1984) The Arrhenius, Eyring, inverse power law and combination models in accelerated life testing Reliability Engineering. 8: 1-9
Kececioglu D, Lamarre G. (1980) Prediction of the reliability of mechanical components subjected to combined alternating and mean stresses with non-constant stress ratio Microelectronics Reliability. 20: 45-54
Kececioglu D, Lamarre G. (1978) Designing mechanical components to a specified reliability and confidence level Nuclear Engineering and Design. 50: 149-162
Kececioglu DB, Chester LB. (1976) Combined Axial Stress Fatigue Reliability for AISI 4130 and 4340 Steels Journal of Engineering For Industry. 98: 153-160
Kececioglu D, Chester LB, Dodge TM. (1975) Closure to “Discussion of ‘Combined Bending-Torsion Fatigue Reliability of AISI 4340 Steel Shafting With Kt = 2.34’” (1975, ASME J. Eng. Ind., 97, p. 760) Journal of Engineering For Industry. 97: 760-761
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