Featured Application The material in this article draws on, and has applications across a
range of applications in civil and structural engineering, mechanical engineering, computer …

A novel and versatile numerical form-finding procedure that requires only a minimal
knowledge of the structure is presented. The procedure only needs the type of each …

A numerical method is presented for form-finding of tensegrity structures. The topology and
the types of members are the only information that requires in this form-finding process. The …

This paper proposes a unified and entirely geometrical methodology for generating 2D and
3D force diagrams for given planar and spatial trusses in static equilibrium within the context …

The rapid growth of urbanization worldwide necessitates reliable infrastructure and efficient
support structures like utility bridges and tunnels. However, the design of such structures has …

A numerical method is presented for form-finding of cable-strut structures. The topology and
the types of members are the only information that is required in this form-finding process …

Consider a weaving—a set of rods in the plane, woven over and under at their crossing
points. The theory of when such weavings are stable, or rigid, in the plane is developed as …

This paper provides geometric insight into the correlation between basic concepts
underlying the kinematics of planar mechanisms and the statics of simple trusses. The …

In recent years a theory for pure plate-domes has been developed. The strength and global
stability for plate domes are based on membrane forces in the plates and and the transfer of …

Direct methods that transform the geometry of a structure and conserve its static equilibrium
are of particular interest for designers. They allow the exploration of alternative solutions at …