Numerical calculation of collapse load (limit load) of a structure, made of elastic-plastic material, is often of practical interest. Standard approach is based on repetitive use of nonlinear finite element calculation, where the collapse load is determined iteratively. However, more efficient approach called finite element limit analysis (FELA) is possible. In this approach the collapse load is searched as a minimum of a certain optimization problem
Arches are frequently used in large span structures like bridges and roofs. Although these structura...
Arches are frequently used in large span structures like bridges and roofs. Although these structura...
Limit load solutions obtained by elastic-perfectly plastic finite element analysis (EPP-FEA) are com...
Numerical calculation of collapse load (limit load) of a structure, made of elastic-plastic material...
Two key reference loads: (i) the plastic collapse load and (ii) the elastic buckling load are common...
Two key reference loads: (i) the plastic collapse load and (ii) the elastic buckling load are common...
Two new computational algorithms for the Limit Analysis (LA) of large-scale 3D truss-frame structure...
Two new computational algorithms for the Limit Analysis (LA) of large-scale 3D truss-frame structure...
Two new computational algorithms for the Limit Analysis (LA) of large-scale 3D truss-frame structure...
Two new computational algorithms for the Limit Analysis (LA) of large-scale 3D truss-frame structure...
A linear programming method is proposed for displacement analysis at the collapse-load level for cer...
© Ernst & Sohn Verlag für Architektur und technische Wissenschaften GmbH & Co. KG, Berlin. This is t...
In engineering practice structures are often subject to variable or cycling loading. While the actua...
Limit analysis provides an alternative to incremental elastic-plastic analysis for determining a lim...
Arches are frequently used in large span structures like bridges and roofs. Although these structura...
Arches are frequently used in large span structures like bridges and roofs. Although these structura...
Arches are frequently used in large span structures like bridges and roofs. Although these structura...
Limit load solutions obtained by elastic-perfectly plastic finite element analysis (EPP-FEA) are com...
Numerical calculation of collapse load (limit load) of a structure, made of elastic-plastic material...
Two key reference loads: (i) the plastic collapse load and (ii) the elastic buckling load are common...
Two key reference loads: (i) the plastic collapse load and (ii) the elastic buckling load are common...
Two new computational algorithms for the Limit Analysis (LA) of large-scale 3D truss-frame structure...
Two new computational algorithms for the Limit Analysis (LA) of large-scale 3D truss-frame structure...
Two new computational algorithms for the Limit Analysis (LA) of large-scale 3D truss-frame structure...
Two new computational algorithms for the Limit Analysis (LA) of large-scale 3D truss-frame structure...
A linear programming method is proposed for displacement analysis at the collapse-load level for cer...
© Ernst & Sohn Verlag für Architektur und technische Wissenschaften GmbH & Co. KG, Berlin. This is t...
In engineering practice structures are often subject to variable or cycling loading. While the actua...
Limit analysis provides an alternative to incremental elastic-plastic analysis for determining a lim...
Arches are frequently used in large span structures like bridges and roofs. Although these structura...
Arches are frequently used in large span structures like bridges and roofs. Although these structura...
Arches are frequently used in large span structures like bridges and roofs. Although these structura...
Limit load solutions obtained by elastic-perfectly plastic finite element analysis (EPP-FEA) are com...