MSC.Nastran Bibliography

Naval Architecture/Marine Engineering

(Korean). Research on the Propeller Skew Angle and Stress for Large and High Speed Container Vessel, MSC 1994 Korea Users' Conf. Proc., December, 1994, in Korean. 

Arden, Kevin E. Use of MSC/NASTRAN in Predicting Structural Response to an Underwater Explosion, MSC 1995 World Users' Conf. Proc., Paper No. 51, May, 1995. 

Barber, Pam; Arden, Kevin. Dynamic Design Analysis Method (DDAM) Using MSC/NASTRAN, MSC 1994 World Users' Conf. Proc., Paper No. 31, June, 1994. 

Bertone, D.; Figari, M.; Iaccarino, R.; Tibiletti, M. Nonlinear Dynamic Analysis of a Bottom Flat Plate of a Ship Subjected to Shock Wave Pressure Load, Proc. of the 20th MSC European Users' Conf., September, 1993. 

Brown, Terry; Wiltshire, Richard. A Modelling Strategy for the Analysis of Catamaran Structures, The Sixth Australasian MSC Users Conf. Proc., November, 1992. Paper no. 17.

Carrasco, A. Thermoelastic Analysis with Geometrical Non-Linearities: Application to the Analysis of High Pressure Swivels, Actes de la 2ème Confèrence Française Utilisateurs des Logiciels MSC, Toulouse, France, September, 1995. 

Clark, James H.; Lafreniere, Robert; Stoodt, Robert; Wiedenheft, John. A Structural Analysis of an Ocean Going Patrol Boat Subjected to Planing Loads, Fifteenth NASTRAN Users' Colloq., pp. 286-306, August, 1987, (NASA CP-2481). 

Everstine, Gordon C.; Schroeder, Erwin A. The Dynamic Analysis of Submerged Structures, NASTRAN: Users' Exper., pp. 419-430, September, 1975, (NASA TM X-3278). 

Former, M. Dynamic Analysis of a Large Finite Element Ship Model Using Virtual-Mass Capability, Proc. of the MSC/NASTRAN Eur. Users' Conf., May, 1986. Paper No. 4. 

Gatti, C.; Bertone, D. Analysis of the Behaviour of MSC/NASTRAN Virtual Mass in Usual Ship Structure Applications and Comparison with the Traditional Calculation Methodologies, Proc. of the 17th MSC Eur. Users' Conf., Paper No. 28, September, 1990. 

Gillcrist, M. C.; Parnell, L. A. Stress Concentration Investigations Using NASTRAN, Fourteenth NASTRAN Users' Colloq., pp. 154-172, May, 1986, (NASA CP-2419). 

Goss, Peter C. Global Structural Analysis of Fast Catamaran Ferries using the Finite Element Method, The Fifth Australasian MSC Users Conf. Proc., Paper No. 11, November, 1991. 

Goss, Peter, C. Structural Investigation of the INCAT 78 Metre Catamaran Ferry Using the Finite Element Method, Seventh Australasian Users Conf. Proc., Sydney, October, 1993. Paper no. 5.

Harstad, K.; Zemer, D. Finite Element Analysis for the Design Study of a 370 Metre High Reinforced Concrete Offshore Gas Platform, Proc. of the MSC/NASTRAN Eur. Users' Conf., April, 1985. 

Hayashida, Mirihiro. Application of Design Sensitivity Analysis to Reduction of Vibration of Ship's Deck Structure, The Sixth MSC/NASTRAN User's Conf. in Japan, October, 1988, in Japanese. 

Kang, J. M.; Kim, J. Y.; Lee, K. J.; Yum, D. J.; Seol, Y. S.; Rashed, S. Kawahara, A. Simulation of 3-D Sloshing and Structural Response in Ship's Tanks Taking Account of Fluid-Structure Interaction, 1994 MSC Japan Users' Conf. Proc., Paper No. 29, December 1994. 

Kawashima, Masao. Development of Post Processing Program -HULLOS- for Ship's Hull Structure Stress Analysis, The Fourth MSC/NASTRAN User's Conf. in Japan, October, 1986, in Japanese. 

Kim, J. Y.; Lee, K. J.; Kim, W. S. Application of MSC/NASTRAN Optimization in Ship-Structural Analysis, Proc. of the Tenth MSC/NASTRAN Users' Conf. in Japan, Paper No. 18, November, 1992. 

Lai, J. L. Static Analysis of a Sonar Dome Rubber Window, Seventh NASTRAN Users' Colloq., pp. 279-290, October, 1978, (NASA CP-2062). 

Lapi, M.; Grangier, H. Modal Effective Parameters: an Application to Shipboard Support Structures to Reduce Vibrations Transmission, Proc. of the 17th MSC Eur. Users' Conf., Paper No. 5, September, 1990. 

Li, C. S.; Liu, Z. J.; Liao, M. K. The Effect of Free Body Force of High Speed Diesel Engine on Ship Hull Vibration and Underwater Noise Solved by Using MSC/NASTRAN, The Fifth Annual MSC Taiwan Users' Conf. Proc., November, 1993. 

Liepins, Atis A.; Conaway, John H. Application of NASTRAN to Propeller-Induced Ship Vibration, NASTRAN: Users' Exper., pp. 361-376, September, 1975, (NASA TM X-3278). 

Liou, Ying-Ru. Double Bottom Strength Analysis of Containerships, The 4th MSC Taiwan Users' Conf., Paper No. 7, November, 1992, in Chinese. 

Liou, Ying-Ru. The Structural Analysis of The Panamax 4000 TEU Containership, The Fifth Annual MSC Taiwan Users' Conf. Proc., November, 1993, paper no.4.

Lu, Ming-Ying; Yang, Joe-Ming. Analysis of Static and Dynamic Responses on Ship Structures Under Wave Loadings, The Sixth Annual MSC Taiwan Users' Conf. Proc., Paper No. 14, November, 1994, in Chinese.

McVee, J. D.; Cross, R.; Foster, A. Quality Assurance of MSC/NASTRAN Models of Naval Structures, Proc. of the Sixteenth MSC Eur. Users' Conf., Paper No. 25, September, 1989.  (paper not available)

Mikami, Kouichi. Dynamic Stress Analysis System for Ship's Hull Structure Under Wave Loads, The Second MSC/NASTRAN User's Conf. in Japan, October, 1984, in Japanese, paper no. 8. 

Murakawa, Osamu. Hull Vibration Analysis by Modal Synthesis Method, The First MSC/NASTRAN User's Conf. in Japan, October, 1983, in Japanese. 

Murakawa, Osamu; Iwahashi, Yoshio; Sakato, Tsuneo. Ship Vibration Analysis Using Modal Synthesis Technique, MSC/NASTRAN Users' Conf. Proc., Paper No. 23, March, 1984. 

Oei, T. H. Strength and Buckling Aspects of a Moored Barge in a Storm, NASTRAN User's Conf., May, 1979. 

Oei, T. H.; Broerse, G. Reduction of Forced Vibration Levels on Ro-Ro Car Ferry-Type Ships by Means of Minor Changes of the Inner Aft-Body Construction, Proc. of the MSC/NASTRAN Eur. Users' Conf., April, 1982. 

Rao, A. K.; Alcala, R. J.; Dronek, B. R.; Chenault, D. M. Cost Effective Buckling Analysis of a Marine Turbine Component, The MSC 1988 World Users Conf. Proc., Vol. II, Paper No. 66, March, 1988. 

Rashed, Dr. S.; Kawahara, A. Effect of Fluid in Ship Tanks on the Behavior of Double Hull VLCCs in Collision, MSC 1994 Korea Users' Conf. Proc., December, 1994. 

Rashed, Sherif. Structural `Design-By-Analysis' Approach Applied to a Product Oil Carrier with a Unidirectional Girder System, Proc. of the Ninth MSC/NASTRAN Users' Conf. in Japan, Paper No. 6, October, 1991. 

Su, Ming-Chu; Chao, Ru-Min. Computer Simulation of Crack Growth of the Swath Ship, The Sixth Annual MSC Taiwan Users' Conf. Proc., Paper No. 8, November, 1994. 

Tawekal, Ricky L.; Miharjana, N. P. Validation of 3650 DWT Semi Containe Ship Finite Element Model by Full Scale Measurements, MSC 1994 World Users' Conf. Proc., Paper No. 19, June, 1994. 

Thornton, Earl A. A NASTRAN Correlation Study for Vibrations of a Cross-Stiffened Ship's Deck, NASTRAN: Users' Exper., pp. 145-160, September, 1972, (NASA TM X-2637). 

Toda, Norio. Ship Structural Analysis System Using MSC/NASTRAN, The First MSC/NASTRAN User's Conf. in Japan, October, 1983, paper no3. (in Japanese)

Twine, David J.; Loganathan, Sabaratnam. Finite Element Analysis of the Riser Column Chaintable and Chainhawse Structures for a Floating Production Storage and Offloading Facility Using MSC/NASTRAN, The MSC 1993 World Users' Conf. Proc., Paper No. 43, May, 1993.