Linked from

The 23 pages that link to Thermal mass, each with the reason it gives.

• Urban heat islandRelated: Masonry and pavement store daytime warmth and release it after sunset.

• Specific heat capacityRelated: Specific heat capacity helps determine how much heat a building material stores per unit mass.

• GreenhouseRelated: Water or masonry inside a greenhouse can soften temperature swings by storing daytime heat.

• Thermal inertiaRelated: It describes the object-scale heat storage that slows temperature swings.

• Passive coolingRelated: Dense materials can absorb daytime heat and release it after outdoor temperatures fall.

• AdobeRelated: Adobe walls store heat and release it gradually, moderating indoor temperature swings.

• Carryover cookingRelated: A larger amount of stored heat can sustain cooking after removal from the source.

• Container gardeningRelated: Container material and volume influence how quickly roots heat or cool outdoors.

• Climate-responsive architectureRelated: Heavy materials can buffer daily temperature swings when paired with suitable climate and ventilation.

• OvenRelated: Heavy oven walls and stones retain heat and moderate temperature swings.

• Rammed earthRelated: Dense rammed-earth walls can moderate indoor temperature swings by storing heat.

• Tadao AndoRelated: Concrete’s weight affects comfort and environmental performance as well as appearance.

• Wattle and daubRelated: The dense earthen coating can moderate indoor temperature by storing heat.

• Frying panRelated: A pan with greater thermal mass loses less heat when cool food is added.

• OrangeryRelated: Masonry walls and floors can moderate temperature swings inside an orangery.

• Season extensionRelated: Water containers and soil can buffer temperature swings inside passive growing structures.

• YakhchālRelated: Massive walls moderated temperature swings that could melt stored ice.