This paper discusses the implementation of an Artificial Neural Network (ANN) model for
predicting the wind-induced, vertical displacements of cable net roofs with a hyperbolic …

This paper examines the results of experiments conducted in a boundary layer wind tunnel
on rigid and flexible models of a tensile structure with a hyperbolic paraboloid roof. Pressure …

Traditional form-finding methods usually assume that the boundary conditions of cable roofs
are fixed constraints without considering the influence of the supporting frame. However, the …

This study investigates the collapse resistance of the cable net structures. Compared to
conventional structures, the analysis of the cable net structures is rather complicated due to …

The aeroelastic wind tunnel testing of flexible roofs made of hyperbolic paraboloid cable
nets is a challenging task for designers and researchers, with very limited documented …

The paper examines the structural engineering challenges related to the assessment of the
wind-induced vertical displacements of lightweight, hyperbolic-paraboloid cable-supported …

The nonlinear dynamic behavior of saddle-form cable nets subjected to wind actions is
studied. The pressure coefficients are obtained by adjusting the recommendations of …

The paper focuses on fluid–structure interactions (FSI) between a turbulent, gusty fluid flow,
and a membrane structure. Lightweight structures are particularly vulnerable to wind gusts …

Aerodynamic modelling affects the prediction of wind loads if they are derived from wind
tunnel tests. Depending on the structural type, difference in applied loads may induce larger …

The use of hyperbolic paraboloid roofing (HPRs) is increasingly common in contemporary
architecture, especially for buildings with large spans, making use of tensile structures or …