▍1. modtran_4
大气辐射传输模型,求大气透过率和辐射亮度(Atmospheric Radiation Transport Model to Calculate Atmospheric Transmittance and Radiation Brightness)
大气辐射传输模型,求大气透过率和辐射亮度(Atmospheric Radiation Transport Model to Calculate Atmospheric Transmittance and Radiation Brightness)
说明: 大气辐射传输模型,求大气透过率和辐射亮度(Atmospheric Radiation Transport Model to Calculate Atmospheric Transmittance and Radiation Brightness)
说明: LSDYNA自定义本构模型文件, 很实用(LSDYNA User Defined Materials)
Abaqus子程序,GTN孔洞损伤模型, 用于材料的损伤模拟(Abaqus subroutine, GTN hole damage model)
说明: 参数化电离层模型:用于计算电离层电子密度(Parameterized Ionosphere Model (PIM): Calculate the ion density)
一维sod激波管 weno差分格式进行计算(Calculation of the WENO difference scheme for one dimensional SOD shock tube)
ABAQUS材料本构的二次开发讲解,详细说明。(Introduction to the secondary development of ABAQUS material constitutions.)
说明: ABAQUS材料本构的二次开发讲解,详细说明。(Introduction to the secondary development of ABAQUS material constitutions.)
说明: 地震工程用于生成匹配设计谱的时域调整记录(Time domain adjustment record for matching design spectrum generation in seismic engineering)
基于pscad利用PWM调制方法实现的逆变并网的仿真模型(Simulation Model of Inverter Grid Based on pscad Using PWM Modulation Method)
利用相场晶体模型,计算枝晶生长等。标记为相场晶体模型。(Dendrite growth is calculated by phase field crystal model. It is labeled as phase field crystal model.)
说明: 利用相场晶体模型,计算枝晶生长等。标记为相场晶体模型。(Dendrite growth is calculated by phase field crystal model. It is labeled as phase field crystal model.)
这是气象上计算流函数势函数的相关程序,希望有帮助(Flow function potential function)
说明: abaqus中vumat下铝的fortran本构,二次开发,只适用于初学者,非常简单的那种(FORTRAN constitutive model, secondary development, elementary study)
ABAQUS结构工程实例分析,内含子程序二次开发教程,可开发材料本构模型(ABAQUS Structural Engineering Example Analysis, Subprogram Secondary Development Course, Developable Material Constitutive Model)
采用相场方法,进行枝晶生长计算-标记为相场动力学模型A。(calculation of dendrite growth-model A)
说明: 采用相场方法,进行枝晶生长计算-标记为相场动力学模型A。(calculation of dendrite growth-model A)
利用相场方法,计算枝晶生长,标记为相场动力学模型B。(Dendrite growth was calculated by phase field method and marked as phase field dynamics model B.)
说明: 利用相场方法,计算枝晶生长,标记为相场动力学模型B。(Dendrite growth was calculated by phase field method and marked as phase field dynamics model B.)
采用相场方法,计算纯物质枝晶生长,标记为相场模型C。(Dendrite growth of pure substance was calculated by phase field method, marked as phase field model C.)