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Experimental study of bone drilling by Kirschner wire
Medical Engineering & Physics, 2022Mechanical and thermal damage to the bone tissue during drilling process is inevitable and directly affects the postoperative recovery. According to clinical practices and present academic investigations, this study tries to reduce bone damage by experimental investigation of bone drilling by Kirschner wire considering the drilling force and ...
Shaokang, Song +5 more
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Parametric study of bone drilling by the Kirschner wire
Medical Engineering & Physics, 2021In order to improve the quality and reduce mechanical damage during bone drilling in surgeries, the three key parameters in drilling by the Kirschner wire are experimentally studied based on the response surface method (RSM). And through response surface analysis, a predictive model of each factor and response value is established.
Shaokang, Song +5 more
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Development of Bone Graft Using Wire Mesh Solids
Volume 3, 2004Bone graft is often used to restore instability of lumber spines following a surgical removal due to tumour growth or other diseases. The application of a newly developed, low cost wire mesh is examined as a potential candidate for graft. Mechanical properties of the mesh block were tested and finite element analyses were conducted to calculate stress ...
Wang, Bin, Kong, L X
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Tensile strength of wire-reinforced bone cement and twisted stainless-steel wire
The Journal of Bone & Joint Surgery, 1977To assess the tensile strength of wire-reinforced bone cement as used for posterior spine fusion, standardized bone-cement specimens reinforced with stainless steel and Vitallium wires 0.5 and one millimeter in diameter were tested in tension. The results showed that tensile strength of bone cement was increased significantly by reinforcing it with ...
J P, Taitsman, S, Saha
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Notched K-wire for low thermal damage bone drilling
Medical Engineering & Physics, 2017The Kirschner wire (K-wire) is a common bone drilling tool in orthopedic surgery to affix fractured bone. Significant heat is produced due to both the cutting and the friction between the K-wire and the bone debris during drilling. Such heat can result in high temperatures, leading to osteonecrosis and other secondary injuries. To reduce thermal injury
Yao Liu +5 more
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