A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Studies of Interface Bondings on Implant Alloys
The work dealth primarily with testing metal/bone cement interface strength using the torsion test which was developed earlier in this project and described in NBSIR 82-2563. The test proved to be a good one and to be reasonably reproducible. The parameters studied to determine their influence on the metal/bone cement interface strength were material type, specimen surface roughness, sterilization and passivation treatments, cure time prior to testing and effects of ultra clean surfaces. Metals used were the alloys, Co-Cr-Mo, Ti-6Al-4V and 316L stainless steel. The bone cement used was Howmedica Surgical Simplex P which is a poly(methy1 methacrylate) type. Seventy-seven tests were conducted. The description of these tests, analysis of the results and a discussion of related studies in the technical literature are given in the technical report entitled 'An Experimental Investigation of the Torsional Strength of Metal/Bone Cement Interface'.
Studies of Interface Bondings on Implant Alloys
The work dealth primarily with testing metal/bone cement interface strength using the torsion test which was developed earlier in this project and described in NBSIR 82-2563. The test proved to be a good one and to be reasonably reproducible. The parameters studied to determine their influence on the metal/bone cement interface strength were material type, specimen surface roughness, sterilization and passivation treatments, cure time prior to testing and effects of ultra clean surfaces. Metals used were the alloys, Co-Cr-Mo, Ti-6Al-4V and 316L stainless steel. The bone cement used was Howmedica Surgical Simplex P which is a poly(methy1 methacrylate) type. Seventy-seven tests were conducted. The description of these tests, analysis of the results and a discussion of related studies in the technical literature are given in the technical report entitled 'An Experimental Investigation of the Torsional Strength of Metal/Bone Cement Interface'.
Studies of Interface Bondings on Implant Alloys
A. C. Fraker (author) / A. W. Ruff (author) / K. J. Bundy (author) / J. D. Smith (author) / R. W. Penn (author)
1983
98 pages
Report
No indication
English
Clinical Medicine , Adhesives & Sealants , Chemistry , Cements , Bones , Bonding strength , Alloys , Implantation , Surgical transplantion , Torsional strength , Surfaces , Mechanical properties , Interfacial tension , Polymethyl methacrylate , Numerical solution , Steel 316L , Titanium alloy 6Al 4V , Biomaterials
Finite element modeling and simulating of thermomechanic stress in thermocompression bondings
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