Due to the dynamic coupling effects of solar radiation, wind, atmospheric temperature and
other environmental factors, the temperature field and its effects on a beam string structure …

A beam string structure is an efficient hybrid system comprising beams, cables, and struts.
This study proposes an active beam string structure that adapts to external loading for …

Aluminium alloys are widely used in spatial structures because of their lightweight, high-
strength, and favourable corrosion resistance characteristics. However, the low elastic …

In order to obtain the mechanical properties of truss cable structure under cyclic loading.
Taking truss cable structure as the research object, the quasi-static test is carried out. A test …

The flexible structure of the new type of aerial track studied in this paper is formed by strings
and tracks, which have obvious dynamic characteristics under the action of vehicle moving …

The current design method of ultimate capacity of beam string structure (BSS) is mainly
based on the fixed load ratio (FLR) criterion, seldom considers the effect of the random load …

In this study, a novel adaptive beam string structure (ABSS) designed to cope with external
loading through sensing and mechanical actuation was developed. Unlike traditional beam …

The low elastic modulus of glass fiber–reinforced polymer (GFRP) materials used in civil
engineering may lead to insufficient structural stiffness in GFRP–aluminum space truss …

Beam string structures (BSS) have been widely employed in large-span spatial structures,
while the experimental study on BSS in fire conditions is limited. This paper presents …

In this research, a two-way glulam beam string is proposed with the objective of enhancing
the lateral stability and aesthetic flexibility of one-way beam string systems. Nine-point …