2 5 2 1 2 van Genuchten Mualem model of retention & conductivity

preview_player
Показать описание

Рекомендации по теме
Комментарии
Автор

You are just awesome... I love all your soil lectures.

samamemari
Автор

you help me understand this confusing thing, Thanks for sharing sir!

asrajo
Автор

Hi! Good information here. But aren't you missing the lambda exponent on the relative saturation term in the hydraulic conductivity function? I have literature that shows a lambda exponent on there, but its missing here, so just confused. Thanks in advance.

PranujAmatya
Автор

As one of the comments mentioned below, l is missing in the relative hydraulic conductivity equation I think.

JieGuo-mewt
Автор

In what year U.S. net farm income swelled to $33.3 billion?

nurlatifahmohdnor
Автор

could you send me the simulation control with simulink-matlab of the richards equation?

villaautomation
Автор

Please can you share soil hydrology and biophysics

ZXD
Автор

Hello. Thanks for the excellent video. I have a question about finding Hp of a soil from the curve. Could you please help me with this: I have a soil with theta_s=0.32, theta_r=0.01, the soil field moisture content is 35.2%. I have the retention curve, but I don't know how to extract its related Hp from the curve. Do I need to use the field moisture content as theta in the bottom axis to find the Hp on the vertical axis? If yes, field moisture content=35.2% is more than theta_s=0.32. Is this possible?

nasrintaghavi
Автор

Hello, any one can help me by giving Modflow and Hydrus software for Macbook, thanks
Well Explain You great concepts are clear now

techlegend
Автор

How we can measure the values of pressure and saturation of a soil in different deep. I would like to write to your email.

jaimejacobc