This thesis describes materials which react to external stimuli. These materials are know as Smart materials. The thesis provides an overview of these materials and their use in the field of medicine. A lot of attentions is paid to Nitinol as the most significant representative of Smart materials. The thesis brings a simulation of using shape memory effect of Nitinol staple for bone fracture fixation. This simulation use the method of finite elements for solving and it is done in ANSYS modeling software. The simulation has only demonstrational purpose
Recent advances in materials engineering have given rise to a new class of materials known as active...
Shapememory alloys, and in particularNiTi alloys, are characterized by two unique behaviors, thermal...
Recent advances in materials engineering have given rise to a new class of materials known as active...
Predložená práca sa zaoberá vlastnosťami materiálov, ktoré majú schopnosť rôzne reagovať na vonkajši...
The bachelor's thesis "Smart Materials Analysis" deals with the description of intelligent materials...
The medical market is a continuing success story for the application of shape memory alloy products....
By definition and general agreement, smart materials are materials that have properties which may be...
Shape memory alloys remember their shape due to thermoelastic martensitic phase transformation. Thes...
AbstractObjectives to describe the physical properties of shape-memory alloys and the surgical, scie...
The bachelor thesis deals with smart materials. In summary, it describes the general classification ...
Smart materials are group of materials with specific properties. Its usage in the new systems is a f...
We developed an educational path based on nitinol, a shape memory alloy which conveniently exemplif...
In this paper a series of new medical applications for specific behaviour of shape memory alloys is ...
This paper describes the properties and the engineering applications of the smart materials, especia...
The advancement of SMART (Self-Healing, Multifunctional, Adaptive, Responsive, and Tunable) material...
Recent advances in materials engineering have given rise to a new class of materials known as active...
Shapememory alloys, and in particularNiTi alloys, are characterized by two unique behaviors, thermal...
Recent advances in materials engineering have given rise to a new class of materials known as active...
Predložená práca sa zaoberá vlastnosťami materiálov, ktoré majú schopnosť rôzne reagovať na vonkajši...
The bachelor's thesis "Smart Materials Analysis" deals with the description of intelligent materials...
The medical market is a continuing success story for the application of shape memory alloy products....
By definition and general agreement, smart materials are materials that have properties which may be...
Shape memory alloys remember their shape due to thermoelastic martensitic phase transformation. Thes...
AbstractObjectives to describe the physical properties of shape-memory alloys and the surgical, scie...
The bachelor thesis deals with smart materials. In summary, it describes the general classification ...
Smart materials are group of materials with specific properties. Its usage in the new systems is a f...
We developed an educational path based on nitinol, a shape memory alloy which conveniently exemplif...
In this paper a series of new medical applications for specific behaviour of shape memory alloys is ...
This paper describes the properties and the engineering applications of the smart materials, especia...
The advancement of SMART (Self-Healing, Multifunctional, Adaptive, Responsive, and Tunable) material...
Recent advances in materials engineering have given rise to a new class of materials known as active...
Shapememory alloys, and in particularNiTi alloys, are characterized by two unique behaviors, thermal...
Recent advances in materials engineering have given rise to a new class of materials known as active...