Abstract Modular integrated Construction (MiC) is a game changing construction approach
which could significantly increase construction efficiency, quality, and sustainability. For …

Due to different integration strategies and stability requirements, the robustness analysis of
multi-story modular buildings, made of volumetric units, requires collapse capacity analysis …

In modular buildings made of volumetric units, robust structural action may be established by
considering various scenarios for localisation of damage, corresponding to loss of supports …

This paper investigates the progressive collapse behaviour of laterally braced steel modular
buildings under various column removal scenarios. Unlike the conventional building with …

Compared with conventional buildings, the design of interconnections in multistory modular
buildings requires special attention, due to different load distribution mechanisms, level of …

Steel modular building structures are being increasingly adopted for a variety of building
applications since their method of construction, despite being relatively new, offers many …

Contrary to conventional buildings, the structural robustness of modular high-rise buildings
has not been studied due to the lack of the numerical and experimental studies and design …

Progressive collapse is an important failure mechanism that must be considered in the
design of critical and essential buildings. For steel moment structures, beam-column joints …

Steel modular constructions involve the manufacture of fully equipped three-dimensional
prefabricated modules in factory-controlled settings which are then transported to …

This paper investigated the structural robustness of steel-framed modular buildings based
on the alternative load path method using LS-DYNA. The structural responses of a reference …