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fw
- 基于ST5518的DVB-TS流以及DVD等解码产品开发驱动、初始化、解码基本功能等源代码。 -DVB-TS streaming and DVD decoding product development drive, initialize, decoding basic functions such as source code.
MRT lid driven cavity
- 基于多松弛因子的LB方法，运用C++编写方腔顶盖驱动流，计算方腔内流体的流场(Based on the LB method with multiple relaxation factors, the flow field of the square cavity top cover is written by C++, and the flow field of the fluid in the square cavity is calculated)
lid driven flow
- Lbm用于模拟顶盖驱动流 强制对流 碰撞迁移过程(LBM for lid driven flow)
顶盖驱动流LBM模拟
- 用格子boltzmann方法模拟顶盖驱动流算例(Simulation of top cover driving flow with lattice Boltzmann method)
CPP
- 二维顶盖驱动流模拟，在Ｒｅ为１０００时的模拟程序(Two dimensional driving flow simulation of top cover, simulation program at Re 1000)
fangqiang
- 本程序源代码为用MATLAB程序编写的方腔驱动流问题，运用涡量-流函数算法(The program source code for the square cavity driven flow problem)
一方通行
- 基于stm32平台编写测试电子纸微流控的液滴驱动过程，实现了多像素点的驱动。(EWOD EFD e-paper drop drive)
C++LBM顶盖驱动流
- fortran语言，，顶盖驱动流，格子Boltzmann方法(fortran code lattice Boltzmann method D2G9)
mrt
- 采用格子Boltzmann方法的mrt模拟顶盖驱动流(MRT simulation of lid driven flow using lattice Boltzmann method)
ER23JDJ
- 在Matlab环境中编制了以雨流计数法为理论基础的二维载荷谱程序,用以对混合动力电动车电机驱动系统载荷时间历程进行统计处理,得到载荷幅均值雨流矩阵,进行幅均值各自分布假设检验,以及独立性和相关性检验,获得二维联合分布概率密度函数,建立混合动力电动车电机驱动系统台架试验用二维载荷谱.(Prepared in Matlab environment of the rain flow counting method with the theoretical basis of the two-dimens
M文件
- 格子boltzmann方法模拟在压力差驱动下的泊肃叶流，模拟效果较好。(poiseuille flow driven by pressure drop in x direction based on lbm method, this prog works very well.)
MATLAB传热基础算例
- 给出了传热学上的几个基础算例，包括一维稳态/非稳态，二维稳态/非稳态，以及方腔驱动流的matlab算法(Some basic examples of heat transfer are given, including one-dimensional steady/unsteady state, two-dimensional steady/unsteady state, and the matlab algorithm for square cavity driven flow.)
HDMI_TO_MIPI(STM8)V1.2
- A.基于SSD2828芯片的RGB转MIPI协议驱动MIPI液晶屏幕，本板自带MCU B.MIPI技术型学习板，接板输出选择30Pin FPC连接器 C.SSD2828最大支持4 lane形式的MIPI DSI接口LCD,以Video模式可驱动分辨率达1200*1920@60hz D.集成LCD 液晶屏的LED恒流驱动电路，并带有VSP VSN电压。(SSD2828 STM32 MIPI TO HDMI)
方腔驱动流源代码(SIMPLE算法)
- 从方程离散到代码，到最终结果的后处理都有详细的描述(From equation discretization to code, to post-processing of final results are described in detail.)
SIMPLE算法求解方腔内粘性不可压流动
- 采用离散网格，基于SIMPLE算法的基本思想求解方腔不可压缩驱动流(Using discrete grids and based on the basic idea of SIMPLE algorithm, the incompressible driving flow in square cavity is solved.)
顶盖驱动流的格子Boltzmann模拟代码
- 顶盖驱动流的格子Boltzmann模拟代码
cavityFlow2D
- 用matlab计算方腔驱动流.并且使用了simple算法对压力进行修正(This code is to solve 2D lid-driven-cavtiy flow)
Boltzmann顶盖驱动流
- 基于LbM顶盖驱动流。基于LbM顶盖驱动流。基于LbM顶盖驱动流。基于LbM顶盖驱动流。基于LbM顶盖驱动流。基于LbM顶盖驱动流。基于LbM顶盖驱动流。基于LbM顶盖驱动流。基于LbM顶盖驱动流。
lid_driven
- 用Python编写的顶盖驱动流模型，边界采用非平衡外推得到。(The top drive flow model is written in Python, and the boundary is obtained by non-equilibrium extrapolation.)
源1
- 求解不可压缩流动的涡量-流函数方法，顶盖驱动下的方腔内的流动(Solving the head drive flow)