Engineering and Technology

Natural Fibre & Bicomposites

People

• Clemens Michael Altaner; School of Forestry
• Tim Huber; School of Product Design
• Shusheng Pang; Chemical and Process Engineering
• Heon Park; Chemical and Process Engineering
• Mark Peter Staiger; Mechanical Engineering

• Wood Technology Research Centre
• Natural Materials & Biocomposites Research Group

• Bio-Composites From Recycled Plastics and Waste Treated Timber
• Advanced manufacturing methods for single-polymer composites based on cellulose
• Hygrothermal effects on the mechanical behaviour of all-cellulose composites
• Deviation from elastic deformation in plant fibre composite materials
• Single-polymer composites based on cellulose: The search for a fibre-matrix interface
• Industry 4.0: advanced manufacturing

• Acoustics
• Aerodynamics & Wind
• Applied Mechanics
• Bioengineering
• Bioprocess Engineering
• Chemical & Process
• Civil
• Communications
• Computational Mechanics
• Computer & Software Engineering
• Concrete
• Construction Engineering and Management
• Design
• Earthquake Engineering
• Electrical Engineering
• Electromagnetics
• Energy and Fuels
• Engineering Management
• Fire Engineering
• Fluids Engineering
• Food Process Engineering
• Geotechnical Engineering
• Human Interface Technology
• Hydrological and Ecological Engineering
• Instrumentation & Control
• Manufacturing
• Materials
• Mechanical
• Mechatronics
• Microwave and millimetre-waves
• Modelling
• Nanotechnology & Solid State Devices
• Optical & Laser Engineering
• Particle and Spray Technology
• Power Systems & Power Electronics
• Resource/Environment Engineering
• Separation Processes
• Signal and Image Processing
• Simulation, Control and Computer Modelling
• Solar power
• Structural
• Thermodynamics & Heat Transfer
• Thermophysical Properties
• Timber
• Transportation