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Description: 换热器模型的MATLAB实现，可用于工程计算，还可以用于教学演示-exchanger MATLAB model can be used for engineering calculations, can also be used for teaching demonstration
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Size: 32912 |
Author: 汪大魁 |
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Description: 换热器模型的MATLAB实现，可用于工程计算，还可以用于教学演示-exchanger MATLAB model can be used for engineering calculations, can also be used for teaching demonstration
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Size: 32768 |
Author: 汪大魁 |
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Description: 螺旋板换热器的板材计算源代码，并能在AutoCAD里出图-spiral plate heat exchanger of the source code calculation sheet, and in AutoCAD comes from the map
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Size: 7168 |
Author: apollone |
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Description: 本软件是一款关于换热器的计算软件，对从事热工计算的朋友有帮助。-This software is a on the heat exchanger calculation software for the calculation of workers engaged in hot friends have helped.
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Size: 2188288 |
Author: 胡锦昌 |
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Description: Heat Exchanger Process的过程控制器的设计报告-Heat Exchanger Process controller design process of the report
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Size: 202752 |
Author: 李强 |
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Description: 这是模拟退火算法，用于解决换热器网络出口温度达到最大值的问题-This is a simulated annealing algorithm used to solve the heat exchanger outlet temperature to achieve maximum network problems
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Size: 1024 |
Author: 李学文 |
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Description: 了解采用计算言语清晰度指数(speech intelligibility index，SI1)实现降噪的新型计算方法
的可行性。方法通过实验室客观测试，比较不同听力损失程度和噪声强度下，开启sll降噪功能的助听器与
传统降噪设置的助听器在频阈和时阈方面输出的不同。结果sll降噪计算有别于助听器的传统降噪，运用该种
降噪方法的助听器其输出增益与使用者的听力损失程度和所处环境噪声强度密切相关，即在噪声强度相同的环
境中，听力损失程度越重，助听器输出增益的减少将越少；并且sll计算方法对环境噪声有较高的敏感度。结
论采用sll计算方法所设计的助听器降噪系统，可根据使用者的听力损失程度以及环境噪声的差异，适时地
调整降噪参数，以保证助听器的参数设置在满足使用者对于增益需求的同时兼具良好的降噪效果。-A genetic algorithm was applied to the optimal design of a box type fin tube heat exchanger．The pro—
portion of the heat transfer area to the heat exchanger volume was chosen as the objective function，and the de—
tailed optimization steps and the process were discussed here．A useful framework was presented for the optimal
design of the box type fin tube heat exchanger．
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Size: 146432 |
Author: 王华 |
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Description: matlab code for tube count determination shell and tube heat exchanger..remain part will be uploaded
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Size: 1024 |
Author: Ö mür |
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Description: heat exchanger inspect
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Size: 892928 |
Author: hammad |
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Description: In studies of the phenomenon occurring in heat exchangers fouling as the most widely used model is the model of a tubular heat exchanger.
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Size: 1965056 |
Author: AMINE |
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Description: 基于Matlab 换热器的最优化设计的matlab源程序-Matlab-based heat exchanger optimization design
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Size: 2048 |
Author: yuzexi |
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Description: Good matlab codes about heat exchange, I recommand this for all engineering students
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Size: 32768 |
Author: BOUTEF |
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Description: 最新Ansys-Fluent14培训-换热器-Last Ansys-Fluent14 Training- Heat Exchanger
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Size: 545792 |
Author: Tim |
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Description: 换热器设计计算程序，管壳式的，可以采用，根据需要进行修改-Heat exchanger design calculations, shell and tube, you can use
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Size: 12288 |
Author: litang |
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Description: 换热器设计计算，基于matlab设计源码-The design of heat exchanger can be input parameters to obtain results
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Size: 12288 |
Author: 拉肚子 |
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Description: CFD Simulation for shell and tube heat exchanger
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Size: 1188864 |
Author: brahim |
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Description: Temperature Control in a Heat Exchanger
Experiment using Matlab and Simulink
derive a first-order-plus-dead time model of the heat exchanger characteristics, step disturbance in valve voltage V
, record the effect on the tank temperature T over time
,measured response in normalized units-Temperature Control in a Heat Exchanger
Experiment using Matlab and Simulink
derive a first-order-plus-dead time model of the heat exchanger characteristics, step disturbance in valve voltage V
, record the effect on the tank temperature T over time
,measured response in normalized units
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Size: 7168 |
Author: michael |
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Description: 详细说明了换热器模型在FLUENT中是使用方法。(In a typical heat exchanger core, the auxillary fluid temperature is strati ed in the direction of the auxillary fluid flow. As a result, heat rejection is not constant over the entire core. In ANSYS FLUENT the fluid zone representing the heat exchanger core is subdivided into macroscopic cells or macros along the auxillary fluid path. The auxillary fluid inlet temperature to each macro is computed and subsequently used to compute the heat rejection from each macro. This approach provided a realistic heat rejection distribution over the heat exchanger core.)
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Size: 319488 |
Author: 瀚霖 |
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Description: 这是一份完善的管壳式气-气换热器设计型计算代码示例。(This is a Heat Exchanger Designer Matlab Code Sample for Chemical Engineering Design Area.)
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Size: 9216 |
Author: 我是好人嘻 |
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Description: 用于化工换热器设计的典型的matlab算法(Heat exchanger design in the Chemical engineering)
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Size: 125952 |
Author: Colinxzd |
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