Скачать или смотреть Why My Dorm Stays Cooler Than Campus Study Rooms | BIA1026 ASSIGNMENT 1 INDIVIDUAL

🔍 Assignment Overview:
In this video, I analyze three campus spaces—my dorm, a study room (BBG), and a bathroom—to explore how thermal mass, solar gain, humidity, and ventilation affect indoor temperatures. Using real data and physics principles from my Environmental Physics course, I break down why some rooms feel comfortable while others become unbearable.

📊 Key Sections:
00:00 - Intro & Why I’m Studying Campus Spaces
01:15 - Temperature Data Comparison
02:30 - Thermal Mass: Thick vs. Thin Walls
03:45 - Solar Heat Gain & Window Design
05:00 - Humidity: The Invisible Discomfort
06:15 - Ventilation: Nature’s Air Conditioning
07:30 - Fixes for Better Comfort

📚 Course Concepts Applied:
Thermal mass (Section 1.4.4)
Solar shading angles (Fig. 1.44)
Psychrometrics (Fig. 1.14)
Cross-ventilation (Section 1.4.2)

💡 Why This Matters:
Understanding these principles helps design sustainable, comfortable spaces—whether dorms, classrooms, or homes!

#EnvironmentalPhysics #ThermalComfort #CampusLife #Sustainability #PhysicsAssignment