1. Biomechanical behaviour of canine Tibia based on bending tests and numerical analysis, University of Timisora/ mechatronics Department, Timisoara, Romania;tothtascau,0
2. The effects of tibia profile, distraction angle, and knee load on wedge instability and hinge fracture: A finite element study
3. Finite element analysis of human Tibia, department of mechanical engineering, Ohio University;mehta,0
4. Fem-analysis of Tibia and computer aided design of Tibial component of TKR, school of BioSc&Engg Jadavpur university;pal,0
5. Biomechanical Evaluation of Isotropic and Shell-Core Composite Meniscal Implants for Total Meniscus Replacement: A Nonlinear Finite Element Study