- To best use thermal mass on the interior begin by using block, tile, terrazzo, glass block, and other masonry materials inboard of the insulation. These masonry materials are available in a range of thickness that can easily provide the right ...
- While building-integrated thermal mass can contribute to passive cooling strategies and combat the effects of extreme heat, it has to be coupled with correct design considerations to be effective. For example, poor window placement could increase solar heat gain in summer, warming the indoor concrete slab with direct sunlight during the day, resulting in storing more heat during the day and releasing it during the night, thus increasing the nighttime indoor temperature (Reardon 2013). Building with high-thermal-mass materials has pros and cons. Concrete walls are bulky, reducing interior space and require curing time.
- Spaces on such altitudes or particular geographic locations require to be treated thoroughly, beginning with the architecture itself. Whether it's through hydronic in-floor heating systems or wall-mounted chimneys, this interior focus explores how even the most extreme winter conditions did not get in the way of ensuring optimum thermal comfort.
This particular example perfectly highlights why Thermal Building Interior Design is so captivating.
- A primer on the importance of the design of the building envelope to control solar gains, thermal inertia, and ventilation.
-45.jpg?1545636155 "How to Design for Optimal Thermal Comfort (And Why it Matters) | ArchDaily")
