본문

  1. Home
  4. Search
373 Results:SS:FLUIDMECHANICS 0.531 sec.
RSS 
Multilingual
 Advanced Search
 New arrival Search
Selected Print 선택엑셀내보내기
51
Exploration of Internal Cooling Schemes Enabled Through Additive Manufacturing.
Exploration of Internal Cooling Schemes Enabled Through Additive Manufacturing.
Corbett, Thomas M. | The Pennsylvania State University. | 2024
Print
52
Modeling and Estimation of Transient Two-Phase Thermofluid Systems: An Example of Oscillating Heat Pipes.
Modeling and Estimation of Transient Two-Phase Thermofluid Systems: An Example of Oscillating Heat Pipes.
Li, Yuxuan.Mechanical Engineering 0330. | University of California, Los Angeles. | 2024
Print
53
Stabilized Discretizations for Fluid Flows and Coupled Poromechanics.
Stabilized Discretizations for Fluid Flows and Coupled Poromechanics.
Aronson, Ryan Michael. | Stanford University. | 2024
Print
54
Overcoming Small Datasets in Machine Learning Studies of Multi-Physics Flows in Propulsion.
Overcoming Small Datasets in Machine Learning Studies of Multi-Physics Flows in Propulsion.
Chung, Wai Tong. | Stanford University. | 2024
Print
55
Dimensional Reduction of Adaptively Refined Nonlinear Computational Models.
Dimensional Reduction of Adaptively Refined Nonlinear Computational Models.
Little, Clayton. | Stanford University. | 2024
Print
56
Large Eddy Simulations of Aircraft Icing Aerodynamics.
Large Eddy Simulations of Aircraft Icing Aerodynamics.
Bornhoft, Brett. | Stanford University. | 2024
Print
57
Asymptotic and Non-Asymptotic Model Reduction for Kinetic Descriptions of Plasma.
Asymptotic and Non-Asymptotic Model Reduction for Kinetic Descriptions of Plasma.
Coughlin, John B.Applied Mathematics. | University of Washington. | 2024
Print
58
Process Design and Analysis of a Cryogenic Freeze-Out Heat Exchanger for Helium Purification.
Process Design and Analysis of a Cryogenic Freeze-Out Heat Exchanger for Helium Purification.
Kroll, Duncan.Mechanical Engineering - Doctor of P | Michigan State University. | 2024
Print
59
Numerical Modeling for Mesh-independent Simulations of Spray Atomization.
Numerical Modeling for Mesh-independent Simulations of Spray Atomization.
Han, Austin.Mechanical Engineering. | Cornell University. | 2024
Print
60
Computational Fluid-Structure Interaction Modeling of the Cardiovascular System.
Computational Fluid-Structure Interaction Modeling of the Cardiovascular System.
Black, Ryan Thomas.Mechanical Engineering and Appl | University of Pennsylvania. | 2024
Print
처음이전12345678910이후마지막