Copyright @ 2002 SpringerThis paper presents an optimisation process for finding improved stent design using Genetic Algorithms. An optimisation criterion based on dissipated power is used which fits with the accepted principle that arterial flows follow a minimum energy loss. The GA shows good convergence and the solution found exhibits improved performance over proprietary designs used for comparison purposes
Vascular stents are medical devices used to treat stenoses blockages in arteries that restrict blood...
In this manuscript we present a mathematical theory and a computational algorithm to study optimal d...
In this paper an innovative balloon-stent design method, which conjugates 3D finite-element approach...
This is the post-print version of the Article. The official published version can be accssed from th...
Copyright @ 2000 Pacini Editore SpAWhile the use of cardiovascular stents is internationally widespr...
Modern engineering design contains both creative and analytic components. This paper discusses the d...
Stent geometry influences local hemodynamic alterations (i.e. the forces moving blood through the ca...
Intravascular stents of various designs are currently used to prop open diseased arteries and there ...
Coronary stents are tubular type scaffolds that are deployed, using an inflatable balloon on a cathe...
This study presents the first multi-objective and multi-disciplinary coronary stent design optimizat...
Coronarystent design affects the spatial distribution of wall shear stress(WSS), which can influence...
Copyright @ 2000 Pacini Editore SpAWithin our overall project to improve the design of stents in ter...
Stent geometries are obtained by topology optimization for minimized compliance under different sten...
In this paper, we perform a comparative analysis between two computational methods for virtual stent...
Coronary stent design influences local patterns of wall shear stress (WSS) that are associated with ...
Vascular stents are medical devices used to treat stenoses blockages in arteries that restrict blood...
In this manuscript we present a mathematical theory and a computational algorithm to study optimal d...
In this paper an innovative balloon-stent design method, which conjugates 3D finite-element approach...
This is the post-print version of the Article. The official published version can be accssed from th...
Copyright @ 2000 Pacini Editore SpAWhile the use of cardiovascular stents is internationally widespr...
Modern engineering design contains both creative and analytic components. This paper discusses the d...
Stent geometry influences local hemodynamic alterations (i.e. the forces moving blood through the ca...
Intravascular stents of various designs are currently used to prop open diseased arteries and there ...
Coronary stents are tubular type scaffolds that are deployed, using an inflatable balloon on a cathe...
This study presents the first multi-objective and multi-disciplinary coronary stent design optimizat...
Coronarystent design affects the spatial distribution of wall shear stress(WSS), which can influence...
Copyright @ 2000 Pacini Editore SpAWithin our overall project to improve the design of stents in ter...
Stent geometries are obtained by topology optimization for minimized compliance under different sten...
In this paper, we perform a comparative analysis between two computational methods for virtual stent...
Coronary stent design influences local patterns of wall shear stress (WSS) that are associated with ...
Vascular stents are medical devices used to treat stenoses blockages in arteries that restrict blood...
In this manuscript we present a mathematical theory and a computational algorithm to study optimal d...
In this paper an innovative balloon-stent design method, which conjugates 3D finite-element approach...