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Patel Ajay Pradipbhai

GE4005

Thermal Comfort Analysis For CEPT University

This project focuses on analyzing outdoor thermal comfort at CEPT University using GIS tools and drone-generated data. The study involves creating digital surface models (DSM), digital terrain models (DTM), and orthomosaic maps, which serve as inputs for thermal comfort simulations using the UMEP-SOLWEIG plugin in QGIS. By evaluating key meteorological factors like air temperature, humidity, wind speed, and solar radiation, the project assesses the spatial and seasonal variations in thermal comfort across the campus. The results highlight areas of heat stress and cooler zones, offering valuable insights for sustainable urban planning and improving campus livability.


Report Content

Introduction and Study Area

Aim, Objectives and Methodology

Drone data processing and output

Parameters for outdoor thermal comfort analysis

Parameters for outdoor thermal comfort analysis

Mean Radian Temperature

Daytime average thermal comfort map

Daytime above and below mean temperature analysis with LULC

Spatial-temporal analysis

Conclusion and Limitation