Abstract: The challenge for engineering firms to align with an unprecedented variation of digital integration agendas across projects is a recent phenomenon. The literature has offered only a partial understanding of this challenge ...

Abstract: The mixing characteristics of turbulent thermals were investigated in a water tank via laser-induced fluorescence techniques. The concentration of mixed fluid in the far field of a ?classical? thermal is approximately ...

Abstract: A method for analyzing the free vibration of complex structural systems, consisting of a simple oscillator attached to a beam with an internal hinge, is presented. A mathematical model possessing important features of ...

Abstract: The wet–dry cycles test examines the durability of stabilized soils. The deterioration process in this test can be attributed to multiple factors, so this attempt aims to explore the most important one. Uniaxial compression ...

Abstract: A systematic multidisciplinary electronics packaging design and optimization methodology, which takes into account the complexity of multiple design trade-offs, operated in conjunction with the ...

Abstract: Although thermal performance is always a critical issue in electronic packaging design at every packaging level, there is a significant lack of reliable and efficient thermal modeling and analysis ...

Abstract: A multidisciplinary placement optimization methodology for heat generating electronic components on printed circuit boards (PCBs) is presented. The methodology includes thermal, electrical, and ...

Abstract: Electronics packaging design is a process that requires optimized solutions based on multidisciplinary design trade-offs, which usually have complex relationships among multiple design variables. ...

Abstract: A numerical model of turbulent transient flow is used to study the dynamics of turbulence during different periods of water hammer in a polymeric pipe. The governing equations of the transient flow are solved by using the ...