Professor David Taylor

  316L STAINLESS STEEL   3D   Accident Investigations   ACCUMULATION   AUTOGRAFT   AUTOMOTIVE COMPONENTS   BAYES INFERENCE   BAYESIAN INFERENCE   BEHAVIOR   BETA-LIMIT   Bioengineering   BIOMECHANICS   BONE   BONE ADAPTATION   BONE DAMAGE   BOVINE BONE   CARBON   CAST IRON   CHELATING   CHROMATOGRAPHY   COALESCENCE   COMPACT BONE   COMPONENT   COMPONENTS   CRACKS   CRITICAL DISTANCE   CRUCIATE LIGAMENT RECONSTRUCTION   DAMAGE   DENSITY   DYNAMICS   EVENT   FAILURE   FATIGUE   FATIGUE CRACK PROPAGATION   FATIGUE DAMAGE   FATIGUE LIMIT   FEMORAL CONDYLE FRACTURE   FEMUR   FLUOROCHROME   Forensic Engineering   FRACTURE PATH   FRACTURES   HIERARCHICAL MODEL   HIPS   HOLD TIME   IMAGES   INDEX   INTRAMEDULLARY PROSTHESES   Materials Technology   Mechanical Engineering   MICROCRACK   MICRO-CRACKS   MICRODAMAGE   NON-PROPAGATING CRACK   NOTCH   NOTCHES   OPERATION   PARIS-ERDOGAN EQUATION   PARTICLE-VOLUME FRACTION   PHYSICS   PLASMAS   PLASTICS   POLYMER COMPOSITE HIGH IMPACT POLYSTYRENE   POROSITY   PREDICTION   PROBABILISTIC ANALYSIS   PROPAGATION   PROSTHESIS COLLAR   RELIABILITY   REMOTE SENSING   REMOVAL   RUBBER PARTICLE SIZE AND PHASE VOLUME TENSILE PROPS   RUPTURE   SHORT FATIGUE CRACKS   SIZE   STRENGTH   TEARING MODES   TFTR   TRANSPORT   UNREAMED FEMORAL NAIL

Research and Professional Activities 1) Fatigue and Fracture of Materials and Components The study of fatigue failure and brittle fracture in metals and other materials. Fatigue crack propagation and fracture mechanics; fatigue life prediction of components; use of finite element analysis; the behaviour of stress concentrations. 2) Forensic Engineering Failure analysis and metallurgical examination of components for forensic purposes. Consultancy work to engineering companies on component design and life prediction. 3) Bioengineering The assessment of materials for use in human-body implants and other biomaterials. Fatigue and fracture properties of bone in humans and animals.