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首页> 外文期刊>Mathematical Methods in the Applied Sciences >The theta‐Galerkin finite element method for coupled systems resulting from microsensor thermistor problems
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The theta‐Galerkin finite element method for coupled systems resulting from microsensor thermistor problems

机译:X型 - Galerkin有限元方法,用于耦合系统,由微传感器热敏电阻问题产生

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摘要

> This paper is devoted to the analysis of a linearized theta‐Galerkin finite element method for the time‐dependent coupled systems resulting from microsensor thermistor problems. Hereby, we focus on time discretization based on θ ‐time stepping scheme with θ [ 1 2 , 1 ) including the standard Crank‐Nicolson ( θ = 1 2 ) and the shifted Crank‐Nicolson ( θ = 1 2 +
机译: >本文致力于用于分析MicroSentor热敏电阻问题导致的时间相关耦合系统的线性化θ-Galerkin有限元方法。因此,我们基于θ -time steping方案,与θ -time stem steque,专注于时间内联“Altimg =”URN:X-Wiley:MMA:MMA4678:MMA4678-Math-0001“XMLNS:Wiley =”http://www.wiley.com/namespaces/wiley/wiley“wiley:location =”等式/ mma4678-math-0001.png“> θ [ 1 2 1 包括标准曲柄 - 尼科尔森( θ = 1 2 )和移位的曲柄 - 尼古尔森( θ = 1 2 +

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