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This paper describes ongoing work in the emerging field of research –the mechanics of macroelectronics, with emphasis on the mechanical behavior at the scale of individual features, and over a long time.
The scale parameter seems an essential factor dominating mechanical behavior at nanoscale.
It is necessary to include a nonlocal theory to describe the mechanical behavior at a continuum level.
The mechanical behavior at temperatures ranging from 650 to 1100°C was investigated by tensile-strain-rate-change tests.
Attention is paid now to its mechanical behavior at moderately high temperature (up to 60 °C), through tensile tests and dynamic mechanical analyses.
This study is aimed at a physically based model formulation for a textile mesh implant to describe its mechanical behavior at a mesoscopic length scale.
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A series of bending tests were conducted to research their mechanical behaviors at different temperatures.
However, its mechanical behaviors at elevated temperatures remain to be a topic with little research.
Given the fuel pin geometry, composition and irradiation history, FEAST-OXIDE can analyze fuel and cladding thermo-mechanical behavior at both steady-state and design-basis transient scenarios.
Given the fuel pin geometry, composition and irradiation history, FEAST can analyze fuel and clad thermo-mechanical behavior at both steady-state and design-basis (non-disruptive) transient scenarios.
However, a major drawback of epoxies is their brittle mechanical behavior especially at cryogenic temperatures.
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