modeling approach - Globe Thesis

Keyword [modeling approach] Result: 41 - 60 \| Page: 3 of 4
41.	Experimental and three-dimensional finite element investigation of fatigue
42.	A Multiscale Virtual Fabrication and Lattice Modeling Approach for the Fatigue Performance Prediction of Asphalt Concrete
43.	Integrated modeling approach for solid oxide fuel cell-based power generating system
44.	An agent-based modeling approach to reducing pathogenic transmission in medical facilities and community populations
45.	A single element based modeling approach for simulating construction operations
46.	Rain garden design and function: A field monitoring and computer modeling approach
47.	Integrated experimental and computer modeling approach to understand permafrost thaw subsidence induced oil well instability for Alaska North Slope oil wells
48.	Developing a GIS and hydrological modeling approach for sustainable water resources management in the West Bank, Palestine
49.	Semi -nonparametric discrete event forecasting in economics and finance
50.	A zonal modeling approach and its applications in building
51.	A modeling approach to studying wildland urban interface fires
52.	A GIS based modeling approach for calculating the electricity generation potential of building integrated photovoltaics at the town scale: A case study of Amherst, New York
53.	H-infinity control of active magnetic bearings: An intelligent uncertainty modeling approach
54.	Development and application of a practical soot modeling approach for low temperature diesel combustion
55.	Fault detection and diagnosis using a probabilistic modeling approach
56.	Analysis of dynamic robust design experiment and modeling approach for degradation testing
57.	Analysis of tire-pavement interaction and pavement responses using a decoupled modeling approach
58.	Improving regional transportation system performance through increased suburban intermodalism: A user cost modeling approach
59.	A mechanism based modeling approach to failure in fiber reinforced composites
60.	Development of a micromechanical modeling approach to predict asphalt mixture stiffness using the discrete element method
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