Lectures in course PHYS-118: Building physics

Explains seasons, equinoxes, solstices, Earth's orbit, and solar time.

Explores sound wave properties, color perception, radiation, and solar energy in building physics.

Explores building physics fundamentals, thermal comfort, architecture projects, and Earth's celestial movements.

Delves into solar astronomy, focusing on equinoxes, solstices, Earth-Sun axis, and geocentric coordinates.

Explores solar race design, geometric projections, and sun movement impact on building orientation and facade illumination.

Covers solar projection construction, sun protection, shadows, blinds, facades' illumination, gnomon shadows, air humidity, and diluted gases.

Covers the ideal gas law, molar mass, absolute temperature, and humidity control concepts.

Explores the properties and behavior of humid air and water vapor.

Explores heat exchange, psychrometric diagrams, and the importance of latent heat.

Explores latent heat, enthalpy, and thermal comfort in heat transfer processes.

Explores the theory and applications of thermal comfort, including psychrometry and factors influencing comfort levels.

Explores fluid mechanics, hydrostatic equilibrium, and the chimney effect in tubes.

Explores hydrostatics, pressure gradients, flow characteristics, and the Venturi effect in fluid mechanics.

Explores fluid dynamics, pressure distributions, thermal conduction, and heat transport in building physics.

Covers solar energy and wave properties, including superposition and color perception.

Explores sound, light, and solar energy phenomena, including wave properties, color perception, and energy intensity characteristics.

Explores color perception, solar energy integration in buildings, and photometric measurements.

Explores radiation, sound waves, color perception, and luminous flux characterization.

Explores colorimetry, light propagation, and sound wave properties.

Covers sound wave properties, building physics, color perception, and acoustics.