@article{eprints923,
           month = {September},
          author = {K.A. Saner and S.P. Shekhawat},
            year = {2023},
           pages = {323--331},
            note = {Department of Mechanical Engineering, R. C. Patel Institute of Technology, Maharastra, Shripur, 425405, India; Department of Mechanical Engineering, G. H. Raisoni College of Engineering, Maharashtra, Jalgaon, 425002, India},
       publisher = {Scienceline Publication, Ltd},
          number = {3},
          volume = {13},
           title = {Design and Analysis of Ventilation System for Closed Poultry House in Tropical Climate Conditions},
         journal = {Journal of World's Poultry Research},
        keywords = {Computational fluid dynamic; Evaporator; Exhaust fan; Poultry house; Ventilation},
        abstract = {The climate significantly impacts the temperature in different parts of the world. A moderate environment makes it simple to construct a chicken farm. Nevertheless, raising the birds in tropical places where typical temperatures can exceed 40-45{\^A}?C is difficult because they can only survive at temperatures between 30{\^A}?C and 35{\^A}?C. As a result, the current study aimed to design a chicken house with a ventilation and cooling system to prevent excessive heat. The effectiveness of ventilation systems in maintaining liveable and constant conditions at the chicken house was assessed using computational fluid dynamics modeling to mimic internal and external airflows. In this study, a water evaporator-based cooling system and an exhaust fan-based ventilation system were built within a poultry house. ANSYS CFD was utilized to create the design and examine the flow of the model. The findings of each model were generated individually, and these results were compared to those of the other models to determine which model could decrease the temperature within the chicken coop. The proposed model's maximum temperature was around 30-32{\^A}?C. A poultry house can be constructed using this idea to maintain chickens at a suitable temperature range of 30-32{\^A}?C. {\^A}{\copyright} CC BY 4.0},
             url = {http://eprints.science-line.com/id/eprint/923/}
}