Add to ORKGAchieving favorable environment in the greenhouses under cold winter or hot and sunny summer conditions has become one of the major challenges still facing designers and growers (Abdel-Ghany, 2011). The thermal environment o
A model is offered which yields the net thermal radiation at the ground of a single span greenhouse ...
The objectives of the project were the quantifi cation of the greenhouse screen properties (emissivi...
Deploying a thermal screen in the night gives a significant reduction in radiative heat losses from ...
Two isothermal hot boxes designed, built, and set up in the open to investigate the overall heat tra...
In 2012, single-span greenhouses account for 87.7 % with the area of 42,009 ha while multi-span gree...
Greenhouses are important for stable food production, but require large amounts of energy to maintai...
A Building Energy Simulation (BES) model based on TRNSYS, was developed to investigate the overall h...
Food market in Asia is expanding at dramatic rate. In the near future, there will be about 400 milli...
The experiments were carried out in three semi-cylindrical "tunnel" plastic greenhouses, measuring 6...
This paper presents an experimental determination of energy requirement for greenhouse heating. The ...
Theoretical considerations concerning the greenhouse energy behaviour during the night, allow us to ...
WOS: 000491878100010Reducing the heat requirement, obtaining heat energy in a cheap, efficient and e...
Experiments were conducted with the aim to examine the airflow characteristics (permeability and por...
Greenhouse covering material is the most governing member of the construction which controls two maj...
Screens used in practice are made from various material compositions (woven fabrics, knitted fabrics...
A model is offered which yields the net thermal radiation at the ground of a single span greenhouse ...
The objectives of the project were the quantifi cation of the greenhouse screen properties (emissivi...
Deploying a thermal screen in the night gives a significant reduction in radiative heat losses from ...
Two isothermal hot boxes designed, built, and set up in the open to investigate the overall heat tra...
In 2012, single-span greenhouses account for 87.7 % with the area of 42,009 ha while multi-span gree...
Greenhouses are important for stable food production, but require large amounts of energy to maintai...
A Building Energy Simulation (BES) model based on TRNSYS, was developed to investigate the overall h...
Food market in Asia is expanding at dramatic rate. In the near future, there will be about 400 milli...
The experiments were carried out in three semi-cylindrical "tunnel" plastic greenhouses, measuring 6...
This paper presents an experimental determination of energy requirement for greenhouse heating. The ...
Theoretical considerations concerning the greenhouse energy behaviour during the night, allow us to ...
WOS: 000491878100010Reducing the heat requirement, obtaining heat energy in a cheap, efficient and e...
Experiments were conducted with the aim to examine the airflow characteristics (permeability and por...
Greenhouse covering material is the most governing member of the construction which controls two maj...
Screens used in practice are made from various material compositions (woven fabrics, knitted fabrics...
A model is offered which yields the net thermal radiation at the ground of a single span greenhouse ...
The objectives of the project were the quantifi cation of the greenhouse screen properties (emissivi...
Deploying a thermal screen in the night gives a significant reduction in radiative heat losses from ...