Определение присоединенной массы воды, через решение задачи теплопроводности

[Askemann 0]

Вот в этой статье описан метод определения присоединенной массы воды через решение задачи теплопроводности.

http://www.engstroy.spb.ru/index_2011_05/kozinets.html
Дополнительно, можно глянуть здесь
http://www.twirpx.com/file/1445682/
Рассматривается, конечно, не тепловой поток, а поток воды, описываемый похожим законом. 
Я уже видел подобную аналогию при расчёте фильтрации под плотиной 

http://web.mit.edu/calculix_v2.7/Cal...cx/node11.html

К сожалению эта статья для меня, человека, не обладающего нужными знаниями, похожа на инструкцию по рисованию совы. 
Может, кто-то сталкивался с похожим расчетом или просто понял о чем речь и подскажет как применять этот метод на практике?

[AlexKaz 1 823]

А почему не опубликовали вопрос в разделе "Газодинамика, гидродинамика, теплообмен"?

В CalculiX на уравнении теплопроводности завязаны многие типы анализа,

• Heat transfer
• Acoustics
• Shallow water motion
• Hydrodynamic lubrication
• Irrotational incompressible inviscid flow
• Electrostatics
• Stationary groundwater flow
• Diffusion mass transfer in a stationary medium

Не совета ради, может быть Вам помог бы список литературы из help'a CalculiX, или по аналогии поищете литературу по требуемой тематике на великом и могучем.

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guido dhondt 2014-03-02

[Askemann 0]

 

А почему не опубликовали вопрос в разделе "Газодинамика, гидродинамика, теплообмен"?

А вот сейчас сам сижу и думаю, что это я так.

А можно тему перенести в другой раздел?