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As the strong transient thermal stress impact induced by IPIB was mainly attributed to the exfoliation, a micro scale model combined with thermal conduction and linear elastic fracture mechanics was built to analyze the thermal stress distribution along the energy deposition process.
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An effective method based on micro scale modelling for the determination of overall pore throat size distribution (PSD) by injection of colloidal particle suspensions into engineered porous media with monitored inlet and breakthrough particle concentrations is developed.
Here we suggest a CFD model which has good potential for development of the meso-micro scale models for predicting and designing multi-scale urban airflows.
This contribution considers the coupling of a micro-scale model with the component scale.
In this work, we derive a micro-scale model to describe this phenomenon.
This paper presents a new micro-scale model for solidification of eutectic alloys.
The micro-scale model of UDLT represents matrix and fibres by means of 3D solid elements.
To achieve this, a new micro-scale model, VTUF-3D (Vegetated Temperatures of Urban Facets) has been developed.
A micro-scale model is employed in critical regions of the component where resolution of the heterogeneous behaviour is necessary.
Micro-scale model predicts the CTEs at the fibre tow scale in the three orthogonal directions (x, y and z).
A tie boundary/cut boundary technique is introduced to couple the micro-scale model to the macro-scale model.
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