summary:Shape optimization of a two-dimensional elastic body is considered, provided the material is weakly supporting tension. The problem generalizes that of a masonry dam subjected to its weight and to the hydrostatic pressure. A part of the boundary has to be found so as to minimize a given cost functional. The numerical realization using a penalty method and finite element technique is presented. Some typical results are shown
An actual structural design, especially that of lightweight structures, must evaluate strength, stif...
An actual structural design, especially that of lightweight structures, must evaluate strength, stif...
summary:Unilateral deflection problem of a clamped plate above a rigid inner obstacle is considered....
summary:Shape optimization of a two-dimensional elastic body is considered, provided the material is...
summary:Shape optimization of a two-dimensional elastic body is considered, provided the material is...
summary:Shape optimization of a two-dimensional elastic body is considered, provided the material is...
summary:Extending the results of the previous paper [1], the authors consider elastic bodies with tw...
summary:Extending the results of the previous paper [1], the authors consider elastic bodies with tw...
summary:Extending the results of the previous paper [1], the authors consider elastic bodies with tw...
summary:A minimization of a cost functional with respect to a part of the boundary, where the body i...
summary:A minimization of a cost functional with respect to a part of the boundary, where the body i...
The presented numerical analysis is capable of determining the minimal weight design of a structure ...
summary:A minimization of a cost functional with respect to a part of a boundary is considered for a...
A new algorithm is presented for the solution of structural optimization problems in which the stres...
summary:A minimization of a cost functional with respect to a part of a boundary is considered for a...
An actual structural design, especially that of lightweight structures, must evaluate strength, stif...
An actual structural design, especially that of lightweight structures, must evaluate strength, stif...
summary:Unilateral deflection problem of a clamped plate above a rigid inner obstacle is considered....
summary:Shape optimization of a two-dimensional elastic body is considered, provided the material is...
summary:Shape optimization of a two-dimensional elastic body is considered, provided the material is...
summary:Shape optimization of a two-dimensional elastic body is considered, provided the material is...
summary:Extending the results of the previous paper [1], the authors consider elastic bodies with tw...
summary:Extending the results of the previous paper [1], the authors consider elastic bodies with tw...
summary:Extending the results of the previous paper [1], the authors consider elastic bodies with tw...
summary:A minimization of a cost functional with respect to a part of the boundary, where the body i...
summary:A minimization of a cost functional with respect to a part of the boundary, where the body i...
The presented numerical analysis is capable of determining the minimal weight design of a structure ...
summary:A minimization of a cost functional with respect to a part of a boundary is considered for a...
A new algorithm is presented for the solution of structural optimization problems in which the stres...
summary:A minimization of a cost functional with respect to a part of a boundary is considered for a...
An actual structural design, especially that of lightweight structures, must evaluate strength, stif...
An actual structural design, especially that of lightweight structures, must evaluate strength, stif...
summary:Unilateral deflection problem of a clamped plate above a rigid inner obstacle is considered....