Timber floor vibrations have long been a significant challenge in design and research,
growing in importance with advancements in engineered wood products and the increasing …

Featured by lightweight and high strength-to-weight ratio, cold-formed steel framing has
been increasingly used in floor systems of low-rise and mid-rise residential and commercial …

The current design guidelines for assessing floor vibration performance rely on a simplified
approach that considers a single pedestrian as a fixed load with multiple harmonic …

The dynamic behavior of floors under multi-pedestrian walking loads affects the safety,
serviceability, and comfort of floor occupants. The complexity of pedestrian-induced dynamic …

In this paper, an analytical model representing the human–structure interaction (HSI) system
of steel–concrete composite floors under human vibrations is described and discussed. In …

The suspended floor is a relatively new form of floor system in the suspended structure.
Owing to the special boundary condition where the whole floor is lifted by cables rather than …

Owing to the light weight and high fundamental frequency, timber floors exhibit impulse-like
responses under human-induced excitation, which is different with the resonance-like …

The accurate representation of real floor behavior is crucial for assessing human-induced
vibration serviceability. Many researchers focus on developing computational models and …

This work presents the experimental evaluation of the dynamic behavior of Steel and
concrete composite floors, from a human comfort point of view, when submitted to human …

为研究分布式连接全装配RC 楼盖(DCPCD) 动力特性与人致激励响应规律, 进行了2 个DCPCD
试件和1 个现浇楼盖试件在四边简支条件下的振动特性试验, 并施加多种人行激励工况 …