Descripción del título
CFD Simulation of Natural V...
An efficient greenhouse cooling with natural ventilation must combine a sufficient number of air exchanges, in order to evacuate the excess sensible heat, with a good air circulation through the canopy. This can be usually achieved with a good combination of roof and not too distant side vents. However, many greenhouses do not have side vents, and air exchange takes place only through the roof vents. If such is the case, it has been observed on CFD simulations that most of the air is ...
Monografía
monografia Rebiun28197172 https://catalogo.rebiun.org/rebiun/record/Rebiun28197172 c| 310519s2007 sp s 001 0 spa d BUAL 551.5 (460.358) 551.586 (460.358) CFD Simulation of Natural Ventilation of a Parral Greenhouse with a Baffle Device below the Greenhouse Vents Recurso electrónico] Esteban J. Baeza, Jerónimo Pérez Parra,Juan Carlos López y J.I. Montero El Ejido (Almería) Estación Experimental de la Fundación Cajamar 2007 El Ejido (Almería) El Ejido (Almería) Estación Experimental de la Fundación Cajamar 8 p. 8 p. Serie Innovación Unrestricted online access star An efficient greenhouse cooling with natural ventilation must combine a sufficient number of air exchanges, in order to evacuate the excess sensible heat, with a good air circulation through the canopy. This can be usually achieved with a good combination of roof and not too distant side vents. However, many greenhouses do not have side vents, and air exchange takes place only through the roof vents. If such is the case, it has been observed on CFD simulations that most of the air is ... Temperatura Recursos electrónicos Flujo de aire- Recursos electrónicos Efecto invernadero Recursos electrónicos Baeza, Esteban J. Estación Experimental de la Fundación Cajamar ed P2E_libros electrónicos (Servicio en línea)