The simulation is based on a multiphysical software, COMSOLTM, which is a partial differential equation solver.
本模拟基于一个多物理场仿真软件——COMSOL，一种偏微分方程求解器。
The temperature and voltage characteristics of photonic crystal fiber which is the type of refractive index guide filled with liquid crystal in the infrared wave band are analyzed by the finite element software: Comsol.
用有限元软件Comsol分析了红外波段下的填充液晶后的折射率引导型的光子晶体光纤的温度和电压传感特性。
Simulating based on COMSOL on different backpressure conditions was done by changing water hole diameter of the fixture means.
在进行仿真时，以改变夹具出水孔的直径为手段，进行了不同背压条件下COMSOL仿真。
Method The nonlinear, biphasic, porous model of articular cartilage was built using poroelasticity module in COMSOL.
方法利用COMSOL多孔介质模块建立软骨非线性两相多孔介质模型。
The relative permittivity and permeability expressions are derived, and the effectiveness of material parameter and the properties of electromagnetic device are validated by full-wave simulation using COMSOL software.
导出了其相应介电常数和磁导率的表达式，并利用COMSOL软件对材料参数的有效性及电磁器件的性能进行了全波仿真验证。
Then temperature sensing properties of photonic crystal fiber of refractive index guide type which is filled with liquid crystal is simulated by Comsol. The situations of different core radius are compared.
接着用Comsol模拟了填充液晶后的折射率引导型的光子晶体光纤的温度传感特性，比较了不同纤芯半径的情况。
The feasibility of the weld quality inspection is verified by simulating eddy current probe detecting weld defects case.
利用COMSOL有限元仿真软件模拟涡流探头检测焊缝缺陷情况，验证了焊缝质量检测的可行性。
A numerical model for the electromagnetic-thermal coupling field has been developed by using the finite element method and a two-dimension numerical simulation for temperature of metallurgical-grade silicon melting in vacuum induction furnace was carried out by using a software Multi-physics Comsol 3.5a in this paper.
用有限无法建立了电磁场与温度耦合的数学模型，利用Multi-Physics13.5a软件对治金级硅的真空感应熔炼过程的温度场进行了二维数值模拟。
Since the mathematical model is nonlinear partial differential equations, and each equation is closely coupled, therefore discretized and solved by numerical methods, the mathematics model solved by finite volume method of FLUENT and finite element method of COMSOL in this paper.
由于数学模型主要是非线性偏微分方程，且各方程耦合很紧密，因此采用数值方法进行离散求解。本文分别采用FLUENT的有限体积法和COMSOL的有限元法来求解数学模型。
United COMSOL with MATLAB programming, numerical results show that on the target wave number the acoustical performance of the optimized muffler is much better than a simple expansion chamber muffler considerably.
联合COMSOL与MATLAB编程，数值计算结果表明在目标波数下优化后的消声器声学特性远优于简单膨胀腔消声器。
In this paper, a simulation research on wire-mesh tomography has been developed using software COMSOL.
本文基于COMSOL仿真软件，对新型的网丝传感器进行了仿真研究，并针对原油高含水情况下油分相含率检测，优化设计网丝式传感器结构。
The mesh generator is well implemented by means of MATLAB with COMSOL Multiphysics.
借助于MATLAB中的COMSOL Multiphysics软件包，该网格生成器在MATLAB环境下得以很好地实现。
In this research work, the numerical simulation was accomplished via the COMSOL Multiphysics commercial solver.
本文在数值求解方面透过COMSOL Multiphysics商用软体。
COMSOL provides a good and flexible platform for future simulations.
COMSOL为未来的模拟提供了一个灵活的仿真平台。
With finite element software COMSOL, that can simulate ECT systems, the establishment of a two-dimensional electric field distribution ECT system model, solution capacitance values and sensitivity field matrix, image reconstruction algorithms for the latter part of the prior information. 2.
借助有限元软件COMSOL，对ECT系统进行仿真计算，建立了ECT系统的二维电场分布模型，求解电容数值和灵敏度场矩阵，为后期图像重建算法提供先验信息。
Apply finite element simulation to the model by COMSOL, obtained the temperature distribution, the concentration distribution, pressure distribution in the porous medium, and then the model was validated by experiment.
利用COMSOL对该模型进行有限元计算，得出多孔介质内温度、浓度和压力分布，并通过实验对其进行验证。
Chapter III takes a test of argon plasma discharge detailed under the fluid dynamic model. The COMSOL software is used for the comparison test to verify the correctness of the momentum equation and the drift-diffusion approximation algorithm.
第三章详细的对氩气等离子体放电的流体力学模型进行了测试，测试过程包括采用COMSOL软件对流体力学模型下动量方程算法和漂移扩散近似算法进行了对比测试验证。
Thirdly, we established the FEA (Finite Element Analysis) model of aluminum melt based on the software COMSOL.
然后，基于有限元分析软件COMSOL，建立了铝液流场的有限元模型。
The distribution and transmission of the fiber fundamental mode are simulated by the COMSOL software.
使用COMSOL软件模拟出光在光纤传输过程中的基模分布。
Using finite element analysis software COMSOL, the influence of the aerodynamic and configuration parameters on the sensitivity of the sensor is obtained.
利用有限元仿真软件COMSOL分析出气动参数和反射式气动传感器的结构参数对其灵敏度的影响。