An overview of current status of the available literature on Life Cycle Energy, Life Cycle
Greenhouse gasses, and Conventional Life Cycle Assessment of commercial and …

Cities are hotspots of anthropogenic activity and consumption. Thus, the consumption-based
carbon footprints of their residents are pronounced. However, the beneficial climate impacts …

Circular economy (CE) practices pave the way for the construction sector to become less
material-and carbon-intensive. However, for CE quantification by climate mitigation models …

The construction sector accounts for approximately 25% of global CO 2 emissions. In this
paper, we provide a multidimensional assessment of the potential for greenhouse gas …

In order to reach carbon neutrality, GHG emissions from all sectors of society need to be
strongly reduced. This especially applies to the construction sector. For those emissions that …

Nowadays, there is a vast need to calculate performances of timber constructions. Usually,
simulations are implemented to predict buildings elements final performances. Here, the …

The recent energy and environmental crises and corresponding regulations have increased
interest in replacing conventional materials with sustainable materials in construction. Due …

We compare sustainably managed with unmanaged forests in terms of their contribution to
climate change mitigation based on published data. For sustainably managed forests …

The implementation of a circular economy in the construction sector is intended to reduce
the environmental impact as well as the construction and demolition (C&D) waste …

In this study, the bending performance of a separable cross-laminated timber (CLT)–
concrete composite slab for reducing environmental impact was investigated. The slab has …