Prof. Andrew Guzzomi — Research Profile
The University of Western Australia · Department of Mechanical Engineering
Considering this lab for grad school?
Save it to compare side by side with other labs, and keep your contact prep in one place.
What to prepare before emailing a PIAbout
Prof. Andrew Guzzomi at The University of Western Australia Department of Mechanical Engineering lists Agricultural engineering, Machine kinematics and dynamics, Stability and safety analysis of machines, Machine and mechanism design and analysis, Torsional vibration, Vibration condition monitoring, Engineering education, History of engineering as their registered research area.
Research keywords
Other labs in this department
- Adam Wittek Lab
Computational mechanics, Computational biomechanics, Bioengineering, Biomedical engineering, Impact/injury biomechanics, Computer applications, Car crash safety, Finite element analysis, Meshless methods of solid mechanics, Simulation techniques
- Adrian Keating Lab
Micro-electromechanical systems (MEMS), Optical fibres, Photonics, Test and measurement, Instrumentation, Sensors, Optoelectronics, Microfluidics, Nanomaterials, Material science, Robotics (micro-robotics/micromechatronics/MEMS), Infra-red sensors
- Ali Karrech Lab
Material science, Finite Element analysis, Structural dynamics and model analysis, Structural analysis and design, Mineral processing (hydrometallurgy), Thermodynamics, Numerical modelling, Construction and building materials, Composites, Granular materials, Mechanical behaviour of materials
- Cristina Vulpe Lab
Advanced geotechnical soil laboratory testing, Performance-based geotechnical asset management, Soil–structure–fluid interaction, Numerical modelling, Whole-life cycle performance of earthen systems, Monitoring technologies, Digital twins
- Elena Juan Pardo Lab
Biofabrication, Biomedical Engineering, 3D PRINTING, Tissue engineering, Regenerative medicine, Melt electrowriting
- Elena Pasternak Lab
Mechanics of solids, Hybrid materials and materials with internally engineered architecture, Higher order continua, homogenisation methods, large deformations modelling, Mechanics of topologically interlocking structures and fragmented bodies, Fracture mechanics, Hydraulic fracturing