Silica aerogel is a nano-porous material with remarkable insulation properties. Because of
this, it can be an ideal alternative to traditional thermal insulating building materials which …

Responding to the appeal of realizing carbon neutrality in response to the field of buildings,
minimizing the energy demand and improving the energy management of the buildings by …

It has been discovered in recent years that the use of silica aerogel in cement-based
materials contributes to the thermal insulation properties of the materials, and studies on this …

Climate-adaptive aerogel materials and resilient condition-dependent thermophysical
properties with stochastic uncertainty can enhance the reliability and robustness of aerogel …

Reducing building energy consumption is a significant challenge and is one of the most
important research areas worldwide. Insulation will help to keep the building's desired …

In-situ measurement of wall thermal conductance is a complex task due to the transient
conditions resulting from the variability of environmental factors. The literature offers …

This paper presents the results of material tests, experimental tests and statistical analysis of
the thermal performance of three types of heat accumulators containing an organic phase …

Composite materials made of silica aerogel in a fibrous inorganic mat, hereafter called
“aerogel blankets”, represent promising insulating materials that can overcome the low …

Accounting for more than half of buildings in South Korea, the energy consumed by
residential buildings has become a main concern and the cooing demand has rapidly …

High insulation fire door (HIFD) was designed using the design process of vacuum
insulation panels (VIPs) and frames to improve the insulation performance of fire doors. To …