Adhesive

Development of artificial articular cartilage

Engineering / Mechanical Engineering / Biomedical Engineering / Biomechanics / Osseointegration / Titanium / Hydrogels / Lubrication / Adhesive / Dogs / Tibia / Femur / Silica / Animals / Bond Strength / Mechanical Stress / Rats / Polyvinyl alcohol / Poly Vinyl Alcohol / Surface Properties / Articular Cartilage Wear / Wistar Rats / prosthesis Design / Aluminum oxide / Rabbits / Materials Testing / Polyethylenes / Sadhana / Biocompatible Materials / Weight Bearing / Knee Joint / Articular Cartilage / Sol Gel Method / Titanium / Hydrogels / Lubrication / Adhesive / Dogs / Tibia / Femur / Silica / Animals / Bond Strength / Mechanical Stress / Rats / Polyvinyl alcohol / Poly Vinyl Alcohol / Surface Properties / Articular Cartilage Wear / Wistar Rats / prosthesis Design / Aluminum oxide / Rabbits / Materials Testing / Polyethylenes / Sadhana / Biocompatible Materials / Weight Bearing / Knee Joint / Articular Cartilage / Sol Gel Method