Due to different assembly requirements and novel integration strategies, the modular
structures may have undesirable loading mechanisms and distinct structural behaviors …

This paper numerically investigates the collapse performance of the floor system in a steel
modular structure. The study includes the analysis of the load-deformation relationship and …

In current practice, a relatively wide range of different interconnections and assembly
systems is being used for the design of modular buildings made of volumetric prefabricated …

The modal properties of modular structures, such as their natural frequencies, damping
ratios and mode shapes, are different than those of conventional structures, mainly due to …

Modular steel structures (MSS) are distinguished from traditional steel structures (TSS) by
the grouping and discontinuous features of columns, inter-modular connections (IMC), and …

The ultimate strength behaviour of C-shaped continuous-supported walls employing hot-
rolled structural hollow section (SHS) columns in modular steel buildings (MSB) was …

Modular construction of engineering structures use shear-keyed inter-modular connections
(IMC) to support modular units' tubular columns that produce column discontinuities and …

The continuous-supported modules using light steel multi-column wall systems have
excessively been used in low-rise modular steel buildings (MSBs). In order to account for …

Substantial loads the roofs bear exert stringent performance standards on connecting joints
in movable modular gymnasiums. Previously, we introduced a novel joint design, utilizing …

This paper numerically studies the anti-collapse behavior of the modular steel building
(MSB) in the scenario of interior module removal and corner module removal. The vertical …