A thermal model has been developed for heating the aquaculture pond by even span greenhouse. Numerical computations have been performed for a typical day in the month of January, 2005 for the composite climate of New Delhi. The energy balance equations have been written considering the effects of conduction, convection, radiation, evaporation and ventilation, etc. The model has been validated with the experimental data. From the results, it was observed that the predicted values of room temperature and water temperature in the tanks of the greenhouse obtained from the proposed model exhibited fair agreement with the experimental values
Collection and storage of solar energy in salt gradient solar ponds under conditions of high ambient...
Currently, there is no integrated dynamic simulation program for an energy efficient greenhouse coup...
A heat transfer model has been developed for a naturally ventilated greenhouse under the tropical cl...
Not AvailableA transient analytical model is presented to study the effectiveness of an even shape g...
Rosana G. Moreira, Editor-in-Chief; Texas A&M UniversityThis is a paper from International Commissio...
Solar energy has a promising future as one of the most important types of renewable energy. Solar po...
A novel theoretical model, capable of giving the temporal temperature variation at any point inside ...
Graduation date: 1997Presentation date: 1996-12-03Decision support systems (DSS) have been used to a...
Temperature is the primary factor affecting the growth and survival of aquatic species. At low tempe...
This study investigates the energy exchanges occurring in the volume and on the surface of water pon...
Salinity gradient solar ponds can be used to store heat by trapping solar radiation. The heat can th...
Graduation date: 1985Recycling of water in aquaculture facilities is used to minimize\ud the amount ...
A one dimensional transient mathematical model for predicting the thermal performance of the salt gr...
The literature over the past 25 years indicates that there has been a continued interest in using pa...
This paper describes an analysis of the reduction of the heat flux coming into a room through a roof...
Collection and storage of solar energy in salt gradient solar ponds under conditions of high ambient...
Currently, there is no integrated dynamic simulation program for an energy efficient greenhouse coup...
A heat transfer model has been developed for a naturally ventilated greenhouse under the tropical cl...
Not AvailableA transient analytical model is presented to study the effectiveness of an even shape g...
Rosana G. Moreira, Editor-in-Chief; Texas A&M UniversityThis is a paper from International Commissio...
Solar energy has a promising future as one of the most important types of renewable energy. Solar po...
A novel theoretical model, capable of giving the temporal temperature variation at any point inside ...
Graduation date: 1997Presentation date: 1996-12-03Decision support systems (DSS) have been used to a...
Temperature is the primary factor affecting the growth and survival of aquatic species. At low tempe...
This study investigates the energy exchanges occurring in the volume and on the surface of water pon...
Salinity gradient solar ponds can be used to store heat by trapping solar radiation. The heat can th...
Graduation date: 1985Recycling of water in aquaculture facilities is used to minimize\ud the amount ...
A one dimensional transient mathematical model for predicting the thermal performance of the salt gr...
The literature over the past 25 years indicates that there has been a continued interest in using pa...
This paper describes an analysis of the reduction of the heat flux coming into a room through a roof...
Collection and storage of solar energy in salt gradient solar ponds under conditions of high ambient...
Currently, there is no integrated dynamic simulation program for an energy efficient greenhouse coup...
A heat transfer model has been developed for a naturally ventilated greenhouse under the tropical cl...