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MyTCtrl
- 程序实现了模糊控制理论中恒温箱的模拟，根据《人工智能》中模糊控制理论实现的。-Program of fuzzy control theory incubator simulation, under the "artificial intelligence" fuzzy control theory to achieve.
PID_VP_C1
- 利用VB开发的典型pid控制程序，用于一阶加热炉恒温控制。
ItsSelf-tuningPIDTemperatureControllerMachineAppli
- 自校正PID及其在加弹机温控器中的应用研究.本文在分析了温度控制的特点以及当前国内外在温度控制上所采取的方法的基础上,针对加弹机恒温箱控制对象的特点,研制了采用自校正PID策略的加弹机温度控制系统.-Its self-tuning PID Temperature Controller texturing machine application. This paper analyzes the characteristics of temperature control and temperatu
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- 当测量温度等于设定温度时，程序返回温度设定模块，当测量温度不等于设定温度时，启动PID控制模块，然后返回测量显示模块，如此循环下去，直到测量温度等于设定温度为止。由于恒温箱温度控制系统具有大时滞和非线性特性，常规PID控制参数难以整定。在此设计了自整定PID算法，解决了PID整定困难的问题。下面介绍自整定PID算法的设计过程。 -When the measured temperature is equal to the set temperature, the program returns
C_P
- 恒温减压沸腾UDF,一个基于压力计算的水蒸发UDF程序，请大家探讨一下-boiling udf of costant T and decreasing P
lmn4op.ZIP
- 水浴恒温式pVTt法气体流量标准装置温度场仿真研究Water bath type pVTt method of gas flow standard device temperature field simulation-Water bath type pVTt method of gas flow standard device temperature field simulation
pcmain
- 利用labiew主程序实现单片机与主机的串口通信，实现温度的采集，然后通过比例积分算法的控制，输出一定占空比的波形驱动电机，实现恒温水箱的控制系统-MCU and host serial communication labiew main program, to achieve the acquisition of temperature, and then through the control of the proportional integral algorithm, the outpu
PIDmotortemp
- 积分分离PID恒温控制和PID直流电机速度控制 -Integral Separating PID temperature control and PID DC motor speed control
fuzzy-control
- 模糊控制实现温区的恒温控制,里面给出的是一个例子-Fuzzy control thermostatically controlled temperature zones, which gives an example
wendu
- 智能恒温电热水壶的设计通过项目设计，向水壶注水，按开启键后将水加热到沸点，然后维持在所设定的温度。3.恒温范围：50 80摄氏度水温范围内可任意设置。-Through project design, intelligent constant temperature electric kettle to the pot with water, will heat water to boiling point after press the open key, and then to maintai
ConsoleApplication1
- 在恒温边界条件下的正方体，带有内热源的LBM传热程序。(In the constant temperature boundary conditions of the cube, LBM heat transfer procedures with internal heat source.)
D2Q9_L1_S0_R0_X0
- 二维对流扩散，左边界恒温1.0，右边界恒温0，上下边界恒温0(Two dimensional convection diffusion)
D2Q9_L1_S0_RJ_XJ
- 二维对流热扩散，左边界恒温1.0，上边界恒温0，右边界和下边界绝热(Two dimensional convection thermal diffusion, the left boundary constant temperature is 1, the upper boundary constant temperature is 0, the right boundary and the lower boundary adiabatic)
D2Q9_L1_S0_RJ_XJ
- 二维热扩散，D2Q9模型，左边界恒温1.0，上边界恒温0(Two dimensional thermal diffusion, D2Q9 model, the left boundary constant temperature 1, the upper boundary constant temperature 0)
D2Q9_L1_S0_RJ_XJ
- 玻尔兹曼模型，模拟热扩散，左边界恒温1.0，右边界绝热(The Boltzmann model is used to simulate thermal diffusion, the left boundary constant temperature is 1, and the right boundary is adiabatic)
PTC-SERIES
- 串联式混合动力电动汽车的能量控制策略，恒温控制策略，当电池SOC在合适范围内依靠电机驱动，发动机关闭与否取决于汽车行驶所需要的能量。低于SOC下限时，依靠发动机驱动，多余能量为蓄电池充电。高于上限时关闭发动机依靠电机驱动。((Series Hybrid Electric Vehicle Control Strategy of energy, constant temperature control strategy, when the battery SOC at the right to re
HEV_p
- 串联式混合动力电动汽车的能量控制策略，恒温控制策略，当电池SOC在合适范围内依靠电机驱动，发动机关闭与否取决于汽车行驶所需要的能量。低于SOC下限时，依靠发动机驱动，多余能量为蓄电池充电。高于上限时关闭发动机依靠电机驱动。(I am very sorry ,my english very poor)