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A micromechanics based methodology to simulate the complete hygro-thermomechanical behavior of plain weave composites is developed.
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Irikura (1986) developed a systematic methodology to simulate strong ground motions in a broadband frequency range based on the self-similar scaling law of fault parameters between large and small events and the ω−2 source spectral model.
The present paper implemented a finite-element methodology to simulate the interaction behavior between tunnel and sandy soil deposit when a reverse fault rupture propagated from the base rock to the ground surface.
A modelling methodology to simulate preloads and transient impact events was documented.
This paper proposes a methodology to simulate temperature dependent timing in standard cell designs.
Finally, a methodology to simulate the multiple blanket modules is proposed.
The model is based on a hybrid methodology to simulate fluid flow by combining a single continuum and discrete fracture network approaches.
Also, we often need formal methodologies to simulate or verify intelligent environments to confirm whether they can satisfy the specifications.
Our method is implemented in an iterative 3D h-adaptive methodology to simulate metal-forming processes.
Based on the acquired domain knowledge, an online intelligent diagnostic analyzer for turbine performance degradation is designed in this paper by using a VLSI based methodology written in Verilog code and simulated using a simulator (Modelsim Altera 6.4a).
As an alternative, a copula based methodology for prediction modeling and an algorithm to simulate data are proposed.
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