Abstract Life Cycle Assessment is necessary for evaluating the environmental impacts of
buildings throughout their life cycle, considering factors such as energy consumption …

Nowadays, a vast number of concrete structures are approaching the end of their expected
service life. The need for maintenance and repair is high due to the continued deterioration …

Life-cycle assessment (LCA) is currently one of the construction industry's most widely used
methods of environmental assessment. Because LCA calculations is based on life-cycle …

The total amount of resources and energy consumed by long-lifespan residential buildings
(RBs) is far less than that of short-lifespan RBs with repeated demolitions and constructions …

In the process of advancing China's carbon peak strategy, the residential building is a
crucial sector for carbon mitigation. The energy demand for residential buildings, which is …

The road construction industry is exploring the use of environmental product declarations
(EPDs) as a communication tool and their implementation in green public procurement …

The bond strength considering concrete strength and non-uniformly corrosion was tested by
twelve beam-type specimens, and the corrosion was characterized by the 3D scanner …

The accurate quantification of construction waste (CW) is prerequisite for achieving zero-
waste in the building sector. This study employs a Spatial Material Flow Analysis model …

This paper presents a new geometry of Latent Thermal Energy Storage (LTES), acting as
both a plate heat exchanger and a storage unit, which can be charged and discharged …

Life cycle assessment (LCA) has the potential to inform building decisions from the planning
process to conceptual design. As such, there is intrinsic uncertainty that needs to be …