ria II presentation.pptx by college of architecture,maharashta

representation of desgin

1. ABSTRACT :  The heritage structure Bagore ki Haveli was built during 18 th century, the haveli presents passive cooling techniques that responds effectively to the hot, semi-arid climate of Rajasthan region. This research paper explores the climate-responsive design strategies implemented in Bagore ki Haveli, Udaipur, with a specific focus on its ventilation system. The study investigates how the architectural elements of Bagore ki Haveli such as Jharokhas , Courtyards, and Jaalis , create natural ventilation and enhance thermal comfort without the use of modern mechanical system. By analyzing the spatial arrangement, material choices and airflow pattern, the paper highlights how traditional Rajasthani architecture serves as a model for sustainable building practices in contemporary design. INTRODUCTION :   Bagore ki haveli, located in Udaipur, Rajashthan , is a prime exapmle of traditional Indain architecture that has been shaped by local climatic conditions. It was built in 18th century by the Mewar dynasty. The haveli's structure and design reflects deep understanding of region's hot and semi- arid climate. The use of courtyards, high ceilings, strategic placement of windows ensures proper ventilation and cooling, making it perfect example of sustainable architecture adapted to Udaipur's hot and dry climate. AIM : To study ventilation strategies used in Bagore ki Haveli, Udaipur. OBJECTIVES : To study the components used for ventilation in haveli- Courtyard, Jharokhas , Jaalis .                       To analyse climatic responsive design. To explore how traditional ventilation techinques can influence modern architectural design for improved thermal comfort. SCOPE : The study will focus on architectural aspects used for ventilation in Bagore ki Haveli, Udaipur. LIMITATION : The study will be limited to ventilation only.                    The study will be limited to Bagore ki Haveli, Udaipur only.  CLIMATE : Udaipur experiences a tropical desert climate with extremely hot summers and mild winters. The city's average temperature ranges between 30°C to 40°C in summers, while in winter it ranges from 5°C to 25°C. Overall climate is dry, which presents unique challenges for passive cooling and ventilation.

2. PLAN SECTION PLAN Technique used for cutting down the heat inside the haveli. Tendency of the hot air to rise upwards is utilized to exclude it from the haveli to the gateways of the courtyard in the center . DATA COLLECTED Courtyard

3. Openings providing systematic ventilation Used to cut out the harsh sunlight and shade the other areas. For better impact additional Jali is used for circulation of air. Jharokha being the strong climatic factor during summer and winter. Jharokhas Jaalis Helps in lowering the temperature by compressing the air through holes. The Jaali provide ventilation, privacy and unique sunlight pattern to the users. Deep carved pattern which minimize the heat gain. Jharokha Jaali CONCLUSION : ​ ​ The study of Bagore ki Haveli helps to understand the importance of designing for hot and semi- arid climate using passive strategies for ventilation.