Donald Mackenzie
My name is Donald Mackenzie and I’m a Professor in the Department of Mechanical & Aerospace Engineering. My main research interest is strength design and structural integrity assessment of mechanical structures and components, particularly related to the power, oil and gas and petrochemical industries. My undergraduate projects reflect my general research interests. Subject areas include, but are not limited to, industrial pressure vessels and piping, aerospace structures/components, automotive structures/components and structural design optimisation. The projects are based on computational analysis and assessment, using the Finite Element Analysis program ANSYS Workbench to model and assess the major structural integrity areas of elastic-plastic deformation, fracture mechanics and fatigue. This is often done in the context of International design Codes and Standards used in industry.
-
Finite Element Analysis for Level 3 Fitness for Service Assessment using Elastic Perfect-Plastic, Elastic Bilinear-Plastic, and Multilinear-Plastic material modelsDonald MackenzieComputer-Based Modelling Analysis
-
Assessment of Global and Local Ductile Failure in Pressure Vessel DesignDonald MackenzieComputer-Based Modelling Design Analysis Programming
-
Critical Analysis of the Challenger Space Shuttle DisasterDonald MackenzieComputer-Based Modelling Analysis Materials
-
A Finite Element Analysis and Fracture Mechanics Study of the Damage Tolerant Capacity of a Flawed Aircraft Fuselage Subject to Internal PressurisationDonald MackenzieComputer-Based Modelling Analysis
-
Investigating the critical crack length of a structural component from a helicopter using advanced fracture tools in ANSYS WorkbenchDonald MackenzieComputer-Based Modelling Analysis
-
Elastic-Plastic Finite Element Analysis for Level 3 Fitness for Service assessmentDonald MackenzieComputer-Based Modelling Numerical Design Analysis Programming
-
Design by Analysis of a Pressure Vessel Nozzle under combined Pressure and Thermal LoadingDonald MackenzieComputer-Based Modelling Design Analysis
-
Assessment of Stress Linearization procedures for Pressure Vessel Design by AnalysisDonald MackenzieComputer-Based Modelling Numerical Design Analysis Programming
-
Elastic-Plastic Buckling of Externally Pressurised Cylinders in Forming ProcessesDonald MackenzieComputer-Based Modelling Analysis
-
Crack Defect Tolerance in High Pressure Piping ComponentsDonald MackenzieComputer-Based Modelling Analysis