Add to ORKGThe paper presents the theoretical background to a numerical method for calculating the meridian of axisymmetric stressed shapes of infinitesimal hexagonal grids. Two types of stressing are assumed, one with a pure tension and another when tension is combined with twist. Also some results of an illustrative example are given
Tensegrity structures attract the interest of researchers working in many different areas, including...
AbstractConstrained minimization of energy functionals is a central part, and usually the difficult ...
AbstractThis paper proposes an effective method for directly determining the final equilibrium shape...
Edge effects in hyperbolic paraboloidal nets are analyzed using a model that features elastic resist...
Abstract. The equilibrium of hexagonal mesh netting is calculated by a finite element method. A tria...
Codends are the rear parts of trawls, which collect the catch and where most of the selectivity proc...
The equilibrium of hexagonal mesh netting is calculated by a finite element method. A triangular ele...
The aim of this study is to design and build a spherical elastic gridshell, 6m in diameter and cover...
This thesis describes the development and the applicability of a finite element sequence of computer...
The stability of the clamped circular thin plate is investigated beginning with v. Karman\u27s non l...
Helicoidal surfaces are widely used in various structures and their elements, especially in mechanic...
A tensegrity system is considered here as a stable pin-jointed cable-bar framework with a rank-defic...
Results show that: (1) Ratios of principal stresses remain essentially constant during loading; (2) ...
Numerical simulations of the axisymmetric response of a 2nd grade, fiber-reinforced, elastic cylinde...
© Springer Science+Business Media Dordrecht 2015. We formulate the problem of finding equilibrium sh...
Tensegrity structures attract the interest of researchers working in many different areas, including...
AbstractConstrained minimization of energy functionals is a central part, and usually the difficult ...
AbstractThis paper proposes an effective method for directly determining the final equilibrium shape...
Edge effects in hyperbolic paraboloidal nets are analyzed using a model that features elastic resist...
Abstract. The equilibrium of hexagonal mesh netting is calculated by a finite element method. A tria...
Codends are the rear parts of trawls, which collect the catch and where most of the selectivity proc...
The equilibrium of hexagonal mesh netting is calculated by a finite element method. A triangular ele...
The aim of this study is to design and build a spherical elastic gridshell, 6m in diameter and cover...
This thesis describes the development and the applicability of a finite element sequence of computer...
The stability of the clamped circular thin plate is investigated beginning with v. Karman\u27s non l...
Helicoidal surfaces are widely used in various structures and their elements, especially in mechanic...
A tensegrity system is considered here as a stable pin-jointed cable-bar framework with a rank-defic...
Results show that: (1) Ratios of principal stresses remain essentially constant during loading; (2) ...
Numerical simulations of the axisymmetric response of a 2nd grade, fiber-reinforced, elastic cylinde...
© Springer Science+Business Media Dordrecht 2015. We formulate the problem of finding equilibrium sh...
Tensegrity structures attract the interest of researchers working in many different areas, including...
AbstractConstrained minimization of energy functionals is a central part, and usually the difficult ...
AbstractThis paper proposes an effective method for directly determining the final equilibrium shape...