This work deals with a current topic, which are biodegradable bone implants. These implants seem to be a suitable candidate for temporary fixations, with their gradual decomposition. An important parameter is not only the mechanical properties so that the material can withstand the load, but above all the corrosion properties and the degradation process. This work introduces the physiology of bone, trace elements and also describes current trends in the field of implants. The last part is a theoretical introduction to cross-stage processes. The practical part is focused on the preparation of iron-based samples with various dopants, subsequent annealing and analysis
Degrading metal alloys have recently gained substantial scientific and clinical interest for their u...
Iron (Fe) and Fe-based materials have been vigorously explored in orthopedic applications in the pas...
The development of synthetic biomaterials for bone fixations has greatly enhanced orthopedic surgery...
The present work deals with the comparison of the properties of metallic biomaterials in terms of th...
This paper work deals with properties of metallic biomaterials in terms of their suitability for use...
This thesis writes about biodegradable bone implants based on iron. The currently used metal-based i...
Biodegradable metals have been extensively studied due to their potential use as temporary biomedica...
The thesis deals with biodegradable bone implants which must have good mechanical properties and als...
This thesis deals with usage of metal materials in bone implats creation process. This work also inc...
This thesis refers to Fe-based biodegradable materials and their potencial aplications in medicine, ...
This master thesis is focused on producing orthopaedic implant materials and measuring their corrosi...
The thesis deals with biodegradable bone implants which must have good mechanical properties and als...
This paper is focused on use of metal materials as a bone replacement. For coherence of this text is...
Metallic materials including stainless steel, titanium alloys, and cobalt-based alloys constitute, d...
Bone replacement and osteosynthesis require materials which can at least temporarily bear high mecha...
Degrading metal alloys have recently gained substantial scientific and clinical interest for their u...
Iron (Fe) and Fe-based materials have been vigorously explored in orthopedic applications in the pas...
The development of synthetic biomaterials for bone fixations has greatly enhanced orthopedic surgery...
The present work deals with the comparison of the properties of metallic biomaterials in terms of th...
This paper work deals with properties of metallic biomaterials in terms of their suitability for use...
This thesis writes about biodegradable bone implants based on iron. The currently used metal-based i...
Biodegradable metals have been extensively studied due to their potential use as temporary biomedica...
The thesis deals with biodegradable bone implants which must have good mechanical properties and als...
This thesis deals with usage of metal materials in bone implats creation process. This work also inc...
This thesis refers to Fe-based biodegradable materials and their potencial aplications in medicine, ...
This master thesis is focused on producing orthopaedic implant materials and measuring their corrosi...
The thesis deals with biodegradable bone implants which must have good mechanical properties and als...
This paper is focused on use of metal materials as a bone replacement. For coherence of this text is...
Metallic materials including stainless steel, titanium alloys, and cobalt-based alloys constitute, d...
Bone replacement and osteosynthesis require materials which can at least temporarily bear high mecha...
Degrading metal alloys have recently gained substantial scientific and clinical interest for their u...
Iron (Fe) and Fe-based materials have been vigorously explored in orthopedic applications in the pas...
The development of synthetic biomaterials for bone fixations has greatly enhanced orthopedic surgery...