THERMAL ANALYSIS
• Analysis of thermal effects in materials
• Thermal behaviour during heating and cooling: phase transformation temperature determination, specific heats, enthalpies of chemical reactions and phase changes determination, activation parameters
• Thermal conductivity
• Thermal emissivity
• Boiling points, enthalpies of vaporisation and sublimation
MICROSCOPY and METALLOGRAPHY of MATERIALS
• Advanced optical microscopy of metals and ceramics
• Scanning and transmission electron microscopy, Energy dispersion spectroscopy
• Surface Microscopy using Atomic Force and Magnetic Force Microscopy (non-polymeric materials)
CHEMICAL ANALYSIS
• Alloy identification
• Quantitative, including C, O, N & H
PARTICLE ANALYSIS
• Characterisation of particles: particle size, size distribution, average diameter, particle shape, clustering
• Composition and structure
MATERIALS SYNTHESIS AND PROCESSING
METAL CASTING, SOLIDIFICATION and HEAT TREATMENT
• Solidification related problems, Solidification shrinkage problems
• Injection molding
• Heat transport
• Microstructural design by solidification processing
• Vacuum and controlled atmosphere heat treatment
• Arc melting, induction melting (small samples)
MACHANICAL GRINDING AND BALL MILLING
• Mechanical grinding and ball milling problems
• Evaluation of milling processes
TECHNICAL CERAMICS
•Advanced and high-temperature ceramics
• Fracture toughness and strength
• Engineering ceramics
• Nitride and carbide ceramics
• Ceramic composites
NANOSTRUCTURAL MATERIALS
•Synthesis, characterisation and properties
ELECTRIC DISCHARGE ASSISTED MECHANICAL MILLING
AND PLASMA PROCESSING
• Plasma assisted reduction
• Plasma synthesis of metal hydrides
• Plasma synthesis of hardmetals
• Synthesis of nanostructural materials