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Stephen S. Stahara

  • A rapid perturbation procedure for determining nonlinear flow solutionsA rapid perturbation procedure for determining nonlinear flow solutions
  • A transonic wind tunnel interference assessment - axisymmetric flowsA transonic wind tunnel interference assessment - axisymmetric flows
  • Application of a global solar wind/planetary obstacle interaction computational modelApplication of a global solar wind/planetary obstacle interaction computational model
  • Application of advanced computational procedures for modeling solar-wind interactions with venus theory and computer codeApplication of advanced computational procedures for modeling solar-wind interactions with venus theory and computer code
  • Computational techniques for solar wind flows past terrestrial planetsComputational techniques for solar wind flows past terrestrial planets
  • Computational techniques for solar wind flows past terrestrial planets : theory and computer programsComputational techniques for solar wind flows past terrestrial planets : theory and computer programs
  • Computational techniques for solar wind flows past terrestrial planets : theory and computer programsComputational techniques for solar wind flows past terrestrial planets : theory and computer programs
  • Development of a computational model for predicting solar wind flows past nonmagnetic terrestrial planetsDevelopment of a computational model for predicting solar wind flows past nonmagnetic terrestrial planets
  • Development of a global 3-D magnetohydrodynamic computational model for solar wind/cometary and planetary studiesDevelopment of a global 3-D magnetohydrodynamic computational model for solar wind/cometary and planetary studies
  • Development of a global 3-D magnetohydrodynamic computational model for solar wind/cometary and planetary studiesDevelopment of a global 3-D magnetohydrodynamic computational model for solar wind/cometary and planetary studies
  • Development of a multiple-parameter nonlinear perturbation procedure for transonic turbomachinery flowsDevelopment of a multiple-parameter nonlinear perturbation procedure for transonic turbomachinery flows
  • Development of a turbomachinery design optimization procedure using a multiple-parameter nonlinear perturbation methodDevelopment of a turbomachinery design optimization procedure using a multiple-parameter nonlinear perturbation method