The 3D printing allows for the automated and quick building of structures, drastically
reducing the time and labour necessary for traditional construction methods. An extensive …

The 21st century has witnessed a substantial increase in the demand for construction
materials, mainly influenced by the growing population. This increase in demand has …

The rapid development of 3D concrete printing now offers mechanical efficiency and
freedom to push the limits of construction design. The digital manufacturing process holds …

In the quest for sustainable and energy-efficient building solutions, the incorporation of
phase change materials (PCMs) into building envelopes emerges as a groundbreaking …

Effective strategies are required to save electricity consumption, which is used to power
appliances providing thermal comfort for individuals. Because of climate change and severe …

Abstract 3D printing is constantly evolving, enabling new innovative manufacturing
applications. Extensive research in biomimetics underscores the significant impact of …

Abstract Microencapsulated Phase Change Materials (MEPCMs) represent a breakthrough
in the realm of thermal energy storage (TES), providing enhanced stability and expanding …

The present study investigates the potential of replacing sand with microencapsulated
phase change materials (MEPCM) in 3D-printable mortar to provide a promising way to …

This study examines impact of microencapsulated phase change material (MPCM) additives
on physical and mechanical characteristics of geopolymers produced using natural zeolite …

Microencapsulating phase change materials (PCMs) with CaF 2 as shell could obtain not
only novel microencapsulated PCMs (MPCMs) but also potential luminescence materials …