ISSN Online: 2377-424X
International Heat Transfer Conference 12
Steady Numerical Simulation for Heat and Moisture Migration in Vegetation Soil under Various Conditions
Sinopsis
In this paper, a set of partial differential equations is established to describe the heat and moisture
migration in a vegetation soil bed with an individual winter wheat growing. Steady numerical simulations have
been conducted to solve the controlling equations by using the finite difference method. In order to investigate
the influences on heat and moisture transport in the soil bed exerted by the plant roots, the plant coronal and the
ambient conditions, comparisons between different situations that may be related to the actual cases have been
carried out. Analysis and discussion have also been made to explain these phenomena.