OTRC Principal Investigator Publication Listing
Principal Investigator:
Steven Winterstein
Journal Articles, Reports and Conference Papers
Winterstein, S.R., Torhaug, R., and Kumar, S., “Design seastatos for extreme response of jackup structures,” Journal of Offshore Mech. Arctic Eng., ASME, to appear, 1998.
Winterstein, S.R., Jha, A.K., and Kumar, S., (to appear). “Long-term reliability and load factor design for slow-drift motions of floating structures,” Journal of Waterway, Port, Coastal and Ocean Engineering, ASCE, accepted for publication, 1997.
Jha, A.K. and Winterstein, S.R. “Nonlinear random ocean waves: prediction and Comparison with data,” Rept. RMS-24. Reliability of Marine Structures Program, Dept. of Civil Eng., Stanford University, 1997.
Jha, A.K. and Winterstein, S.R. “Nonlinear ship loads and ship fatigue reliability,” Rept. RMS-26. Reliability of Marine Structures Program, Dept. of Civil Eng., Stanford University, 1997.
Jha, A.K. and Winterstein, S.R. “Spar Floating Platform: Numerical Analysis and Comparison with Data,” Report RMS-25, Reliability of Marine Structures Program, Stanford University, February 1997.
Jha, A.K., De Jong, P.R. and Winterstein, S.R. “Motions of a Spar Buoy in Random Seas: Comparing Predictions and Model Test Results,” BOSS-97, Delft University, July 1997.
Kumar, S. and Winterstein, S.R., “Surfit: Using moment response surfaces to estimate extreme response from wave, wind, and current,” Rept. RMS-28. Reliability of Marine Structures Program, Dept. of Civil Eng., Stanford University, 1997.
Torhaug, R. and Winterstein, S.R., and Braathen, A., (to appear). “Nonlinear ship loads: stochastic models for extreme response,” Journal of Ship Research, Accepted for Publication, 1997.
Winterstein, S.R., Ude, T.C. and Manthinsen, T., “Volterra Models of Ocean Structures: Extreme and Fatigue Reliability,” Journal of Engineering Mechanics, ASCE, Vol. 120, No.6, pp. 1369-1385, 1996.
Jha, A.K. and Winterstein, S.R. “WAVEMAKER 2.0: Simulation and identification of Second-order random waves,” Rept. RMS-19, Reliability of Marine Structures Program, Dept. of Civil Eng., Stanford University, 1996.
Ude, T.C. and Winterstein, S.R., “Calibration of slow-drift motions using statistical moments od observed data,” Proceeding 6th ISOPE Conference, Los Angeles, 1996.
Ude, T.C. and Winterstein, S.R., “IFORM: An inverse-FORM routine to estimate response levels with specified return periods,” Rept. TN-3. Reliability of Marine Structures Program, Dept. of Civil Eng., Stanford University, 1996.
Ude, T.C. and Winterstein, S.R., “Ocean environment contours for structural response analysis and experiment design,” Proceeding, 7th Prob. Mech. Spec. Conf., ASCE., Worcester., 1996.
Ude, T.C., Kumar, S. and Winterstein, S.R., “TPPOP 2.1: Stochastic Response Analysis of Floating Structures Under Wind, Current, and Second-Order Wave Loads,” Report RMS-18, Reliability of Marine Structures Program, Stanford University, June 1996.
Kleiven, G., Kumar, S., Winterstein, S.R., “Environmental Contours and Extreme Response of Deep-Water Floating Structures,” Proceedings, 10th ASCE Eng. Mech. Specialty Conference, Boulder, Colorado, May, 1995.
Ude, T.C., Kumar, S. and Winterstein, S.R., “Stochastic Response Analysis of Floating Structures under Wind, Current and Second-Order Wave Loads,” Technical Report. RMS-18, Civil Engineering Department, Stanford University, April 1995.
Winterstein S.R., and Kumar, S., “Reliability of Floating Structures: Extreme Response and Load Factor Design,” Proceedings, 27th Offshore technology Conference, Paper No. 7758, May, 1995.
Winterstein, S.R., Kumar, S., and Kleiven, G., “Environmental contours and extreme response of deep-water floating structures,” Proc., 10th Prob. Mech. Spec. Conf., ASCE., 2, 1187-1190, 1995.
Winterstein, S.R., Ude, T.C., Kleiven, G., “Springing and Slow-Drift Responses: Predicted Extremes and Fatigue vs. Simulation,” BOSS-94, Cambridge, July 1994.
Winterstein, S.R., Ude, T.C., Cornell, C.A., Bjerager, P. and Haver, S. “Environmental Parameters for Extreme Response: Inverse Form with Omission Factors,” Proceedings, ICOSSAR-93, Innsbruck, Austria, August 9-13, 1993.
Theses and Dissertations
Jha, A.K. “Nonlinear stochastic models for ocean wave loads and responses of offshore Structures and vessels,” Ph.D. Thesis, Civil Eng. Dept., Stanford University, 1997.
Torhaug, R., “Extreme response of nonlinear ocean structures: identification of minimal stochastic wave input for time-domain simulation,” Ph.D. thesis, Civil Eng. Dept, Stanford University, 1996.