MSC.Nastran Bibliography

Acoustics/Fluid Structure Interaction

MSC/NASTRAN, MSC/PATRAN and SYSNOISE, MSC 1995 European Users' Conf. Proc., September, 1995. 

(Korean). Noise Reduction of a Vehicle Cavity Sample Using Coupled Structural-Acoustic Finite Element Analysis, MSC 1994 Korea Users' Conf. Proc., December, 1994, in Korean. 

(Korean). A Structure-Acoustic Coupling Analysis of Automobile Using MSC/NASTRAN and SFE/AKUSMOD, MSC 1994 Korea Users' Conf. Proc., December, 1994, in Korean. 

Anghileri, Marco; Spizzica, Andrea. Experimental Validation of Finite Element Models for Water Impacts, MSC 1995 European Users' Conf. Proc., Italian Session, September, 1995. 

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. 

Barbosa, A. L.; Leandro, C. G. Modal Analysis of Cover of a Diesel Engine, Proc. of the 2nd MSC/NASTRAN Users' Conf. in Brazil, Paper No. 2, March, 1993, in Portuguese. 

Beall, Gary. Acoustic Analysis Application Note, The First India MSC Users' Conf. Proc., December, 1992. 

Burfeindt, H.; Zimmer, H. Calculating Sound Pressure in Car Interiors, Proc. of the Sixteenth MSC Eur. Users' Conf., Paper No. 21, September, 1989. 

Burfeindt, H.; Zimmer, H. Efficient FEM-Acoustic Simulation by Automatic Fluid-Structure Coupling and Surface-Acting Absorption, Proc. of the 18th MSC Eur. Users' Conf., Paper No. 19, June, 1991. 

Carlson, David L.; Shipley, S. A.; Yantis, T. F. Procedure for FRF Model Tuning in MSC/NASTRAN, The MSC 1993 World Users' Conf. Proc., Paper No. 71, May, 1993. 

Cavaliere, M.; De Rosa, S.; Lecce, L.; Marulo, F. Acoustic-Structural Interaction with MSC/NASTRAN: A Review, The 1989 MSC World Users Conf. Proc., Vol. II, Paper No. 52, March, 1989. 

Cifuentes, Arturo; Bock, Timothy L.; Coppolino, Robert N. A Finite Element Technique for Tape-Head Interaction Problems in High Speed Recording: The Steady-State Case, The 1989 MSC World Users Conf. Proc., Vol. I, Paper No. 24, March, 1989. 

Cifuentes, Arturo; Coppolino, Robert N. Computation of the Eigen-Frequencies of Acoustic Cavities: A New Penalty Method, The 1989 MSC World Users Conf. Proc., Vol. II, Paper No. 36, March, 1989. 

Cifuentes, A. O.; Bock, T. L.; Coppolino, R. N. A Finite Element Technique for Tape-Head Interaction Problems in High Speed Recording: the Steady-State Case, Proc. of the Sixteenth MSC Eur. Users' Conf., Paper No. 10, September, 1989. 

Cifuentes, A. O.; Coppolino, R. N. A Modified Penalty Function Method for Modal Analysis of Acoustic Cavities, Proc. of the 12th Biennial ASME Conf. on Mechanical Vibration and Noise, pp. 289-294, September, 1989. 

Cifuentes, A. O.; Coppolino, R. N. Computation of the Eigenfrequencies of Acoustic Cavities: A New Penalty Method, Communications in Applied Numerical Methods, Vol. 6, No. 4, pp. 289-296, March, 1990. 

Cifuentes, A. O.; Bock, T. L.; Coppolino, R. N. A Finite Element Technique for Tape-Head Interaction Problems: The Steady-State Case, Applied Mathematical Modelling, Vol. 14, No. 12, pp. 661-665, December, 1990. 

Clark, J. H.; Kalinowski, A. J.; Wagner, C. A. Propagating Plane Harmonic Waves through Finite Length Plates of Variable Thickness Using Finite Element Techniques, Eleventh NASTRAN Users' Colloq., pp. 161-177, May, 1983. 

Climent, H.; Casalengua, J. Acoustic Fatigue Stresses Prediction using PSD Technique in MSC/NASTRAN. Comparison with Test Results, Proc. of the 20th MSC European Users' Conf., September, 1993. 

Coyette, Jean-Pierre; Guisset, Pierre; Von Estorff, Otto. The Use of MSC/NASTRAN and Sysnoise for Evaluating Global Acoustic Sensitivities of a Vibrating Structure, Proc. of the 20th MSC European Users' Conf., Paper No. 15, September, 1993. 

Coyette, J. P.; Lecomte, C.; von Estorff, O. Evaluation of the Response of a Coupled Elastic Structure Subjected to Random Mechanical or Acoustical Excitations Using MSC/NASTRAN and SYSNOISE, MSC European Users' Conf., Paper No. 21, September, 1996. 

Coyett, J. P. G.; Wynendaele, H.; Chargin, M. K. Global Acoustic Sensitivity Tool for Improving Structural Design, Proceedings of the 11th International Modal Analysis Conference, 1993. 

Curran, M. J.; Hookey, C. A. Prediction of Acoustic Strain on an Aircraft Engine Composite Inlet Duct, Proc. of the Sixteenth MSC Eur. Users' Conf., Paper No. 20, September, 1989. 

Currie, A. O. Acoustic Analysis In Version 67 of MSC/NASTRAN, The Fifth Australasian MSC Users Conf. Proc., Paper No. 15, November, 1991. 

Curti, G.; Chiandussi, G.; Scarpa, F. Calculation of Eigenvalue Derivatives of Acousto-Structural Systems with a Numerical Comparison, MSC 23rd European Users' Conf. Proc., Italian Session, September, 1996. 

De Rosa, S.; Cavaliere, M.; Lecce, L.; Marciano, F.; Saulino, C. Fluid-Structure Interaction Study of an Ear Cochlea Model with MSC/NASTRAN, Proc. of the Sixteenth MSC Eur. Users' Conf., Paper No. 22, September, 1989. 

Defosse, H.; Sergent, A. Vibro-Acoustic Modal Response Analysis of Aerospace Structures, Proc. of the MSC/NASTRAN Eur. Users' Conf., Paper No. 4, April, 1985. 

Duncan, Alan E. Application of Modal Modeling and Mount System Optimization to Light Duty Truck Ride Analysis, 4th Int. Conf. on Vehicle Structural Mechanics, pp. 113-128, November, 1981, (SAE #811313). 

Elchuri, V.; Smith, G. C. C.; Gallo, A. Michael. Acoustical Modes of Arbitrary Volumes Using NASTRAN Transient Heat Transfer RF9, Eleventh NASTRAN Users' Colloq., pp. 82-88, May, 1983. 

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

Everstine, Gordon C. A NASTRAN Implementation of the Doubly Asymptotic Approximation for Underwater Shock Response, NASTRAN: Users' Exper., pp. 207-228, October, 1976, (NASA TM X-3428). 

Everstine, Gordon C.; Henderson, Francis M. Coupled Finite Element/Boundary Element Approach for Fluid- Structure Interaction, J. of the Acoustic Soc. of America, Vol. 87, No. 5, pp. 1938-1947, May, 1980. 

Everstine, G. C. A Symmetric Potential Formulation for Fluid- Structure Interaction, J. of Sound and Vibration, Vol. 79, No. 1, pp. 157-160, November, 1981. 

Everstine, Gordon C. Structural-Acoustic Finite Element Analysis, with Application to Scattering, Proc. of the 6th Invitational Symp. on the Unification of Finite Elements, Finite Differences, and Calculus of Variations, pp. 101-122, May, 1982. 

Everstine, G. C. Dynamic Analysis of Fluid-Filled Piping Systems Using Finite Element Techniques, J. of Pressure Vessel Technology, Vol. 108, pp. 57-61, February, 1986. 

Everstine, G. C.; Henderson, F. M.; Schroeder, E. A.; Lipman, R. R. A General Low Frequency Acoustic Radiation Capability for NASTRAN, Fourteenth NASTRAN Users' Colloq., pp. 293-310, May, 1986, (NASA CP-2419). 

Everstine, Gordon C.; Henderson, Francis M.; Schuetz, Luise S. Coupled NASTRAN/Boundary Element Formulation for Acoustic Scattering, Fifteenth NASTRAN Users' Colloq., pp. 250-265, August, 1987, (NASA CP-2481). 

Everstine, Gordon C. Treatment of Static Preload Effects in Acoustic Radiation and Scattering, Sixteenth NASTRAN Users' Colloq., pp. 138-12, April, 1988, (NASA CP-2505). 

Everstine, Gordon C. The Coupling of Finite Elements and Boundary Elements for Structural Acoustics, Solution of Superlarge Problems in Computational Mechanics, ed. J. H. Kane et al., Plenum Press, pp. 137-149, 1989. 

Everstine, Gordon C.; Cheng, Raymond S. Coupled BE/FE/BE Approach for Scattering from Fluid-Filled Structures, Eighteenth NASTRAN Users' Colloq., pp. 150-164, 1990, (NASA CP-3069). 

Everstine, G. C. Prediction of Low Frequency Vibrational Frequencies of Submerged Structures, J. of Vibration and Acoustics, Vol. 113, pp. 187-191, April, 1991. 

Everstine, Gordon C.; Cheng, Raymond S.; Hambric, Stephen A. Finite Element Solution of Transient Fluid-Structure Interaction Problems, Nineteenth NASTRAN Users' Colloq., pp. 162-173, April, 1991, (NASA CP-3111). 

Everstine, Gordon C.; Cheng, Raymond S.-C. The Coupling of Finite Elements and Boundary Elements for Scattering from Fluid-Filled Structures, Computer Technology: Advances and Applications, ASME, pp. 43-47, 1992. 

Fallon, D. J.; Costanzo, F. A.; Handleton, R. T.; Camp, G. C. Application of NASTRAN/COSMIC in the Analysis of Ship Structures to Underwater Explosion Shock, Fifteenth NASTRAN Users' Colloq., pp. 184-206, August, 1987, (NASA CP-2481). 

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. 

Galletly, Robert; Wagner, R. J.; Wang, G. J.; Zins, John. Random Vibration and Acoustic Analysis Using ARI RANDOM, a NASTRAN Post Processor, MSC/NASTRAN Users' Conf. Proc., Paper No. 26, March, 1984. 

Gibson, Warren C.; Vanderplaats, Gary; Miura, Hiro. Application of MSC/NASTRAN and ADS/NASOPT to Noise Transmission Problems, MSC/NASTRAN Users' Conf. Proc., Paper No. 12, March, 1986. 

Grosveld, F. W.; Coats, T. J.; Lester, H. C.; Silcox, R. J. Numerical Study of Active Structural Acoustic Control in a Stiffened Double Wall Cylinder, Proceedings of the 1994 National Conference on Noise Control Engineering, Florida, 1994. 

Hagiwara, Ichiro; Kozukue, Wakae. Study of Structural Identification by Using Noise-Frequency Response Characteristics in Coupled Structural-Acoustic System, The MSC 1992 World Users' Conf. Proc., Vol. I, Paper No. 8, May, 1992. 

Hambric, Stephen A.; Everstine, Gordon C. Acoustic Intensity Calculations for Finite Element Fluid-Structure Interaction Problems, Fluid-Structure Interaction, Transient Thermal-Hydraulics, and Structural Mechanics, ASME, pp. 23-29, 1992. 

Herting, D. N. A Coupled Fluid Structure Dynamics Analysis for Water Impact Loads, AIAA/ASME/SAE 16th Structures, Structural Mechanics and Materials Conf., AIAA Paper No. 75-752, May, 1975. 

Herting, David N.; Joseph, Jerrard A.; Kuusinen, Loren R.; MacNeal, Richard H. Acoustic Analysis of Solid Rocket Motor Cavities by a Finite Element Method, NASTRAN: Users' Exper., pp. 285-324, September, 1971, (NASA TM X-2378). 

Howlett, James T. Applications of NASTRAN to Coupled Structural and Hydrodynamic Responses in Aircraft Hydraulic Systems, NASTRAN: Users' Exper., pp. 407-420, September, 1971, (NASA TM X-2378). 

Huang, H.; Everstine, G. C.; Wang, Y. F. Retarded Potential Techniques for the Analysis of Submerged Structures Impinged by Weak Shock Waves, Computational Methods for Fluid-Structure Interaction Problems, ed. T. Belytschko and T. L. Geers, ASME, pp. 83-93, 1977. 

Izadpanah, K.; Kansakar, R.; Reymond, M.; Wallerstein, D. Coupled Fluid/Structure Interaction Analysis Using MSC/NASTRAN, Proc. of the Sixteenth MSC Eur. Users' Conf., Paper No. 26, September, 1989. 

Izadpanah, Kamran. Coupled Fluid/Structure Interaction Analysis Using MSC/NASTRAN, Proc. of the Eighth MSC/NASTRAN Users' Conf. in Japan, Paper No. 9, October, 1990. 

Izadpanah, Kamran; Harder, Robert L.; Kansakar, Raj; Reymond, Mike. Coupled Fluid/Structure Interaction Analysis Using MSC/NASTRAN, The 2nd Annual MSC Taiwan User's Conf., Paper No. 18, October, 1990. 

Joachim, C. A.; Nefske, D. J.; Wolf, J. A. Application of a Structural-Acoustic Diagnostic Technique to Reduce Boom Noise in a Passenger Vehicle, Soc. of Automotive Engineers, 1981, (SAE Paper No. 810398). 

Kalinowski, A. J.; Nebelung, C. W. Solution of Axisymmetric Fluid Structure Interaction Problems, Tenth NASTRAN Users' Colloq., pp. 87-111, May, 1982, (NASA CP-2249). 

Kalinowski, A. J.; Wagner, C. A. Propagation of Flexural and Membrane Waves with Fluid Loaded NASTRAN Plate and Shell Elements, Eleventh NASTRAN Users' Colloq., pp. 178-206, May, 1983. 

Kalinowski, A. J. A Finite Element Surface Impedance Representation for Steady-State Problems, Fourteenth NASTRAN Users' Colloq., pp. 311-330, May, 1986, (NASA CP-2419). 

Kalinowski, Anthony J.; Patel, Jayant S. A Summary of NASTRAN Fluid/Structure Interaction Capabilities, NASTRAN: Users' Exper., pp. 229-250, October, 1976, (NASA TM X-3428). 

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. 

Kawaguchi, Masataka; Ohnishi, Keizo; Nakayam, Masahiro. A Example of Cab Acoustic Analysis Using Coupled Fluid-Structural Analysis, 1994 MSC Japan Users' Conf. Proc., December, 1994, paper no. 16 (in Japanese)

Kooj, B.; Wijker, J. Air Effects on the Dynamic Behaviour of Stowed Solar Array Wings, Proc. of the 15th MSC/NASTRAN Eur. Users' Conf., October, 1988. 

Kozukue, Wakae; Hagiwara, Ichiro. Development of Vehicle Interior Noise Reduction Analysis Using Sound Pressure Level Integral Sensitivity, 1994 MSC Japan Users' Conf. Proc., December, 1994, paper no. 8 (in Japanese)

Kreis, A.; Klein, M. Fluid-Structure Interaction Analysis of Free Pressurized Tank Systems, Proc. of the 20th MSC European Users' Conf., Paper No. 17, September, 1993. 

Lammens, Stefan; Brughmans, Marc; Leuridan, Jan; Sas, Paul. Application of a FRF Based Model Updating Technique for the Validation of Finite Element Models of Components of the Automotive Industry, MSC 1995 World Users' Conf. Proc., Paper No. 7, May, 1995. 

Lee, H. P. On the Thermo-Fluid Elements and their Applications, Sixth NASTRAN Users' Colloq., pp. 25-26, October, 1977, (NASA CP-2018). 

Lee, Sin-Yeong; Kim, Hyun-Min. Acoustic Analysis of Dome Speaker, Proc. of the Second MSC/NASTRAN Users' Conf. in Korea, Paper No. 8, October, 1991. 

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.; Nazemi, Hamid. Virtual Mass of Fluid in Egg-Shaped Digesters, The MSC 1993 World Users' Conf. Proc., Paper No. 77, May, 1993. 

Lipman, Robert R. Calculating Far-Field Radiated Sound Pressure Levels from NASTRAN Output, Fourteenth NASTRAN Users' Colloq., pp. 282-292, May, 1986, (NASA CP-2419). 

MacNeal, R. H.; Citerley, R.; Chargin, M. A New Method for Analyzing Fluid-Structure Interaction Using MSC/NASTRAN, Fifth Int. Seminar on Structural Mechanics in Reactor Technology (SMiRT), August, 1979. 

MacNeal, R. H.; Citerley, R.; Chargin, M. New Method for Analyzing Fluid-Structure Interaction Using MSC/NASTRAN, Trans. of the Int. Conf. on Structural Mechanics in Reactor Technology, Vol. B, Paper B 4.9, August, 1979. 

MacNeal, R. H.; Citerley, R.; Chargin, M. A Symmetric Modal Formulation of Fluid-Structure Interaction, Including a Static Approximation to Higher Order Fluid Modes, Proc. of the Conf. on Finite Element Methods and Technology, Paper No. 12, March, 1980. 

Maroger, Y.; Polac, L.; Morvan, Y. An Approach to Calculate and Improve Acoustic Behaviour of an Engine Structure, Proc. of the 17th MSC Eur. Users' Conf., Paper No. 27, September, 1990. 

Marulo, Francesco; Beyer, Todd B. NASTRAN Application for the Prediction of Aircraft Interior Noise, Fifteenth NASTRAN Users' Colloq., pp. 266-285, August, 1987, (NASA CP-2481). 

Marcus, Melvyn S. A Finite-Element Method Applied to the Vibration of Submerged Plates, J. of Ship Research, Vol. 22, No. 2, pp. 94-99, June, 1978. 

Masters, Steven G. Plant Troubleshooting with MSC/NASTRAN, Proc. of the Conf. on Finite Element Methods and Technology, Paper No. 12, March, 1981. 

McKellar, R. Analysis of Compressible-Fluid-Structure Interaction Problems Using MSC/NASTRAN and Wilton's Method, Proc. of the 15th MSC/NASTRAN Eur. Users' Conf., October, 1988. 

Mera, A.; Yantis, T. F.; SemGupta, G.; Landmann, A. MSC/NASTRAN Implementation of Coupled Structural-Acoustic Response for Aircraft Cabin Noise Prediction, MSC/NASTRAN Users' Conf. Proc., Paper No. 14, March, 1986. 

Michels, Gregory J. Vibroacoustics Random Response Analysis Methodology, MSC 1995 World Users' Conf. Proc., Paper No. 9, May, 1995. 

Migeot, J-L.; Genard, A.; Guisset, P. Prediction of the Acoustic Sound Field Generated by a Motor Block, Actes de la 2ème Confèrence Française Utilisateurs des Logiciels MSC, Toulouse, France, September, 1995. 

Mo, Jin-Yong; Huh, Man-Sun; Kim, Jung-Rae; Kang, Heui-Jong; Oh, Sang-Kyoung. A Study on the Analysis and Improvement of the Acoustic Characteristics of the Muffler with Complex Geometry, MSC 1994 World Users' Conf. Proc., Paper No. 6, June, 1994. 

Mo, Jin-Yong; Huh, Man-Sun; Kim, Jung-Rae; Kange, Jeui-Jong; Oh, Sang-Kyoung. A Study on the Analysis and Improvement of the Acoustic Characteristics of the Muffler with Complex Geometry, MSC 1994 Korea Users' Conf. Proc., December, 1994. 

Mohanty, Amiya R.; St. Pierre, Barry D.; Suruli-Narayanasami, P. Truck Interior Noise Prediction by FEM and BEM, MSC 1996 World Users' Conf. Proc., Vol. V, Paper No. 49, June, 1996. 

Moharir, M. M. Shock Wave Propagation and NASTRAN Linear Algorithms, MSC/NASTRAN Users' Conf. Proc., Paper No. 7, March, 1986. 

Momin, Zafar A. Finite Element Analysis of Panels with Free-Layer Damping, NOISE-CON 85 Proc., 1985 National Conf. on Noise Control Engineering: Computers for Noise Control, pp. 213-218, June, 1985. 

Mulcahy, T. M.; Turula, P.; Chung, H.; Jendrzejczyk, A. Analytical and Experimental Study of Two Concentric Cylinders Coupled by a Fluid Gap, NASTRAN: Users' Exper., pp. 249-258, September, 1975, (NASA TM X-3278). 

Nagabuchi, Kazuo. Optimization Analysis for Noise in Vehicle Compartment Using Design Sensitivity Analysis, The Sixth MSC/NASTRAN User's Conf. in Japan, October, 1988, in Japanese. 

Nagayasu, Katsuyosi. Method for Prediction of Noise-Oriented Vibration on Pipe Lines to Refrigerators, The Third MSC/NASTRAN User's Conf. in Japan, October, 1985, in Japanese. 

Nefske, D. J.; Howell, L. J. Automobile Interior Noise Reduction Using Finite Element Methods, Trans. of the SAE, Vol. 87, pp. 1727-1737, 1978, (SAE Paper No. 780365). 

Nefske, D. J.; Wolf, J. A.; Howell, L. J. Structural-Acoustic Finite Element Analysis of the Automobile Passenger Compartments: A Review of Current Practice, J. of Sound and Vibration, Vol. 80, pp. 247-266, 1982. 

Nefske, D. J.; Sung, S. H.; Duncan, A. E. Applications of Finite Element Methods to Vehicle Interior Acoustic Design, Proc. of the 1984 Noise and Vibration Conf., Paper No. 840743, 1984. 

Nefske, D. J.; Sung, S. H.; Duncan, A. E. Applications of Finite Element Methods to Vehicle Interior Acoustic Design, Soc. of Automotive Engineers, SAE Paper No. 840743, 1984. 

Nefske, D. J.; Sung, S. H. Vehicle Interior Acoustic Design Using Finite Element Methods, Int. J. of Vehicle Design, Vol. 6, No. 1, pp. 24-40, 1985. 

Neilson, H. C.; Everstine, G. C.; Wang, Y. F. Transient Response of Submerged Fluid-Coupled Double-Walled Shell Structure to a Pressure Pulse, J. of the Acoustic Soc. of America, Vol. 70, No. 6, pp. 1776-1782, December, 1981. 

Ottonello, G.; Pidello, A.; Preve, A.; Zimmer, H. Comparison of Analytical and Numerical Formulations of Fluid-Structure Interaction with FEM Different Coupling Approaches, Proc. of the 18th MSC Eur. Users' Conf., Paper No. 18, June, 1991. 

Pezzullo, G.; De Rosa, S.; Bellavista, R. ASCIA: A General Procedure for the Structural Acoustic Calculations using the MSC/NASTRAN, Proc. of the 19th MSC European Users' Conf., Paper No. 9, September, 1992. 

Pisino, E. Multibody, and FEM Approach as an Integrated Tool in Order to Predict the Acoustic and Vibrational Comfort, Actes de la 2ème Confèrence Française Utilisateurs des Logiciels MSC, Toulouse, France, September, 1995. 

Preve, A.; Meneguzzo, M.; Merlo, A.; Zimmer, H. Simulation of Vehicles' Structural Noise: Numerical/Experiemntal Correlation in the Acoustic Simulation of the Internal Noise, Proc. of the 21st MSC European Users' Conf., Italian Session, September, 1994. 

Pulgrano, Louis J.; Masters, Steven G. Self-Excited Oscillation of a 165 Foot Water Tower, MSC 1995 World Users' Conf. Proc., Paper No. 32, May, 1995. 

Raasch, Ingo. Procedures to Solve Acoustic Problems with MSC/NASTRAN, NASTRAN User's Conf., Munich, Paper No. 13, June, 1981. 

Rainer, Gotthard Ph.; Gschweitl, Ernst; Raffel, Hans Christoph. Development of a Calculation Procedure Including Fluid Structure Coupling to Assess Cavitation Effects, The MSC 1993 World Users' Conf. Proc., Paper No. 69, May, 1993. 

Rainer, I. G. MSC/NASTRAN as a Key Tool to Satisfy Increasing Demand for Numerical Simulation Techniques, Proc. of the 20th MSC European Users' Conf., September, 1993. 

Roozen, N. B. Numerical Acousto-Elastic Analysis of Aircraft Structures using MSC/NASTRAN, Proc. of the 20th MSC European Users' Conf., September, 1993. Paper No. 20. 

Saito, Hiroshi; Watanabe, Masaaki. Seismic Analysis of Coupled Fluid-Structure Response, MSC/NASTRAN Users' Conf. Proc., Paper No. 6, March, 1982. 

Satoh, Ei-Ichi. Acoustic Analysis for Eigenvalue Problem Based on MSC/NASTRAN Cyclic Symmetry, The Fifth Annual MSC Taiwan Users' Conf. Proc., November, 1993, paper no.9.

Scarth, Phil. A Study of the Static Behaviour of an Engine Block as a First Step in Noise Optimisation, Proc. of the 20th MSC European Users' Conf., September, 1993. 

Schmidt, B. Acoustic Cavity Modeling Used for Rocket Combustion Chambers, Proc. of the MSC/NASTRAN Eur. Users' Conf., Paper No. 3, May, 1986. 

Schweiger, W.; de Bruyne, F.; Dirschmid, W. Fluid Structure Interaction of Car Fuel Tanks, Proc. of the MSC/NASTRAN Eur. Users' Conf., May, 1984. 

Soni, Ravi, et al. Development of a Methodology to Predict the Road Noise Performance Characteristics, The MSC 1993 World Users' Conf. Proc., Paper No. 9, May, 1993. 

Sung, S. H.; Nefske, D. J. A Coupled Structural-Acoustic Finite Element Model for Vehicle Interior Noise Analysis, Trans. of the ASME, J. of Vibration, Acoustics, Stress and Reliability in Design, Vol. 106, pp. 314-318, 1984. 

Suzukiri, Yoshihiro. Eigenvalue Analysis of Fluid Element Model Taking Differential Stiffness into Account, The Fourth MSC/NASTRAN User's Conf. in Japan, October, 1986, in Japanese. 

Takahashi, F.; Watanabe, G.; Nakada, M.; Sakata, H.; Ikeda, M. Tire/Suspension System Modeling for Investigation of Road Noise Characteristics, Int. J. of Vehicle Design, Vol. 8, No. 4-6, pp. 588-597, 1987. 

Tinti, F.; Perazzolo, A.; Scaffidi, C. The FEM-Parade Procedure - An Interesting Alternative to Pure Numerical Models to Predict Noise in Vehicles, MSC 23rd European Users' Conf. Proc., Italian Session, September, 1996. 

Tinti, F. C.; Scaffidi, C. Single and Double Layer Damping Materials Dynamic and Acoustic Optimization Using FEM/BEM Simulation Techniques, Proc. of the 21st MSC European Users' Conf., Italian Session, September, 1994. 

Tinti, Francesco Carlo; Scaffidi, Costantino. Structural Dynamics and Acoustic Design of Engine Component in View of Exterior Noise Reduction Using Numerical Techniques, MSC 1995 European Users' Conf. Proc., Italian Session, September, 1995. 

Ullio, R.; Marucchi-Chierro, P. C. A Methodological Study on Fluid/ Structure Interaction using Superelement Technique in Order to Control by Design the Induced Vibroacoustic Environment for Manned Space Modules, Proc. of the 20th MSC European Users' Conf., Paper No. 19, September, 1993. 

Vaillette, David. Evaluation of the Modal Response of a Pressure Vessel Filled with a Fluid, The MSC 1991 World Users' Conf. Proc., Vol. I, Paper No. 24, March, 1991. 

Vlahopoulos, Nickolas; Raveendra, S. T.; Mollo, Chris. Acoustic Sensitivity Analysis Using Boundary Elements and Structural Dynamic Response, MSC 1994 World Users' Conf. Proc., Paper No. 7, June, 1994. 

Wheless, T. K. NASTRAN Analysis Comparison to Shock Tube Tests Used to Simulate Nuclear Overpressures, Thirteenth NASTRAN Users' Colloq., pp. 389-418, May, 1985, (NASA CP-2373). 

Wijker, J. J. Acoustic Effects on the Dynamic Behaviour of Lightweight Structures, Proc. of the MSC/NASTRAN Eur. Users' Conf., Paper No. 3, April, 1985. 

Wijnendaele, Hans. Case Studies on the Combined Use of MSC/NASTRAN and Sysnoise for Computational Vibro-Acoustics, MacNeal-Schwendler Benelux B.V. Users Conf. Proc., October, 1995. 

Wolf, Joseph A. Jr.; Nefske, Donald J. NASTRAN Modeling and Analysis of Rigid and Flexible Walled Acoustic Cavities, NASTRAN: Users' Exper., pp. 615-631, September, 1975, (NASA TM X-3278). 

Wolf, J. A., Jr.; Nefske, D. J.; Howell, L. J. Structural-Acoustic Finite Element Analysis of the Automobile Passenger Compartment, Trans. of the SAE, Vol. 85, pp. 857-864, 1976. 

Wood, P. C. The Use of Finite Element Methods in SEA (Statistical Energy Analysis) Applications, Proc. of the 17th MSC Eur. User's Conf., Paper No. 11, September, 1990. 

Zarda, P. Richard. A Finite Element-Analytical Method for Modeling a Structure in an Infinite Fluid, NASTRAN: Users' Exper., pp. 251-272, October, 1976, (NASA TM X-3428). 

Zarda, P. Richard; Marcus, Melvyn S. Finite Element Solutions of Free-Surface Flows, Sixth NASTRAN Users' Colloq., pp. 27-52, October, 1977, (NASA CP-2018). 

Zimmer, H. AKUSMOD-NASTRAN a Powerful Tool for Acoustics in Practical Applications, Proc. of the 19th MSC European Users' Conf., Paper No. 10, September, 1992. 

Zimmer, Hans; Hovelmann, Ansgar. Practical Applications of Acoustic Calculations with SFE/AKUSMOD and MSC/NASTRAN, Proc. of the 20th MSC European Users' Conf., September, 1993. 

Zimmer, Hans. Acoustic Absorption Elements in SFE/AKUSMOD and their Application in Conjunction with MSC/NASTRAN, MSC 1995 European Users' Conf. Proc., September, 1995. 

Zins, J. Random Vibration and Acoustic Analysis Using ARI RANDOM a NASTRAN Postprocessor, Proc. of the MSC/NASTRAN Eur. Users' Conf., Paper No. 4, May, 1984.