Materials Physics

Random packing structures Stresses under an asperity contact
 

Materials Physics is about insight into how and why solid materials exhibit the properties they do. It is based on an understanding of the micro- and nano-structures of materials which determine their morphological, mechanical, thermal, electronic, optical and transport properties.
 
For AkzoNobel, this is particularly important for the invention or optimization of materials for coatings that:

  • are stable in hostile environments (extremes and cycling of temperature, humidity, exposure to chemicals etc);
  • are tough and scratch resistant provide protection against corrosion;
  • display novel or enhanced optical or electronic effects;
  • inhibit microbial growth (bio-fouling) and have self-cleaning properties.

 

John CarrollAre you interested in this area of science? If so, contact the Materials Physics ECG leader John Carroll by e-mail.