Composites | School of Materials Science and Engineering
Skip to main content
School of Materials Science and Engineering

School of Materials Science and Engineering

Faculty of Science

Main menu

  • High School Students
    • Why Study Materials Science?
    • Why study with us?
    • HSC Subject Selection
    • Careers
    • Undergraduate Study
      • Course Planning
      • Degree Programs
      • Electives
      • Exams and Assessments
      • Honours Projects
      • Industrial Training
      • Industrial Training
    • Girls in Materials
      • Inspiring Women in Materials
    • Scholarships
    • Frequently Asked Questions
    • Exchange
    • Teacher Resources
      • Online Tutorials
      • Materials that Changed History
      • Materials of the Future
    • UNSW Life
  • Future Students
    • Why Study Materials Science?
    • Why study with us?
    • Careers
    • High School
    • Online Tutorials
    • Girls in Materials
      • Inspiring Women in MSE
    • Undergraduate Study
      • Course Planning
      • Our Degrees
      • Industrial Training
      • Electives and Majors
      • Exams and Assessments
      • Honours Projects
      • Scholarships
    • Postgraduate Study
      • How to Apply
      • Coursework Programs
      • Research Programs
      • CSIRO-UNSW PhD Project
    • Exchange
    • Frequently Asked Questions
    • Asian Perspective 亚洲视角
    • International Office
    • UNSW Life
    • 360 degree Lab Experience
    • MATSOC
    • PGSOC
      • PG Student Guides
  • Current Students
    • Undergraduate Students
    • Postgraduate Students
    • Our Degrees
    • Course Planning
    • Electives and Majors
    • Course Outlines
    • Industrial Training
    • Exchange
    • Moodle
    • MATSOC
    • PGSOC
      • PG Student Guides
    • Student Resources
    • Student Services
    • Workplace Health and Safety
  • News
  • Events
  • Research
    • Academic Research Interests
    • Paper of the Month
      • A/Prof. Jan Seidel: Ferroelectric Nanostructures - Domain walls in motion
    • Latest Research
      • Supercapacitors to fuel the future
      • Advanced Coatings for Turbine Engines
      • BMGs for Electronic, Biomedical and Aerospace Applications
      • Batteries
      • Characterization of White Charcoal
      • Characterization of dilation failure of composites using fractography
      • Correlation of Oxygen Vacancy Concentration and Thermoelectric Properties
      • Domain Switching in Polycrystalline Ferroelectric Thin Films
      • High Piezoelectric coefficientsin Ba(Zr0.2Ti0.8)O3-(Ba0.7Ca0.3)TiO3 Lead-free thin films
      • Kenaf Fibre-Reinforced Polyolefin Composites
      • Materials in Orthopaedics
      • Nanoindentation-Induced Deformation of DLC Coatings
      • New Generation Blast Furnace with Low Coke Consumption
      • Numerical investigation of the dispersion in dry powder inhalers
      • Origin of Long-Range Ferromagnetic Ordering Among Metal-Organic Frameworks with Antiferromagnetic Dimeric-Cu(II) Building Units
      • Particulate Science and Technology
      • Pore Structure of the Packing of Fine Particles
      • Preparation of Bismuth Ferrite (BiFeO3) Ferroelectric Thin Film by Sol-Gel Processing
      • Recycling Waste Plastics for Slag Forming in EAF Steelmaking
      • Reduction of Stable Metal Oxides
      • Synthesis of Silicon Nitride
      • Thermomechanical Behaviour of Multi-Functional Titanium Alloys
      • Thin Film Oxides and Interfacial Materials
      • Thin film nanoscale polarization relaxation kinetics
      • Tire crumb polyethylene composite with matrix ligaments
    • Research Centres
    • Research Facilities
    • Global Materials Breakthroughs
      • IBM Researchers Discover New Family of Materials
      • Scientists discovery way to create high quality graphene in large quantities
      • Will your next phone be made from Graphene?
  • Industry
    • Alumni
      • Alumni Profiles
    • Industrial Placements
    • Industry Advisory Board
    • Careers
    • Scholarships
  • About Us
    • Head of School Welcome
    • People
      • Academic Staff
      • Administrative Staff
      • Research Staff
      • Technical Staff
    • New MSE Building
    • Industry Advisory Board
    • Annual Reports
    • Contact Us
    • Workplace Health and Safety
    • Photo Gallery
    • Newsletter
      • March 2019
      • November 2018
      • July 2018
      • April 2018
      • November 2017
      • July 2017
      • November 2016
      • June 2016
      • December 2015
      • June 2015
      • April 2015
      • December 2014
      • August 2014
      • May 2014
    • Equity, Diversity and Inclusion
    • MSE Booking Facilities
  • Contact Us

You are here

Home

Composites

  • Introduction
  • Structure
  • Composite Types
  • Properties
  • Fracture
  • Forming Methods
  • Wood
‹ 5: Firing and Sintering up Introduction ›

Online Tutorials

  • Atomic Bonding
  • Stress And Strain
  • Materials Testing
  • Crack Theory
  • Corrosion
  • Polymers
  • Ceramics
  • Composites
    • Introduction
    • Structure
    • Composite Types
    • Properties
    • Fracture
    • Forming Methods
    • Wood
Connect with Us

Facebook           

UNSW Sydney NSW 2052 Australia Tel: (+61 02) 9385 7924
CRICOS Provider Code 00098G | ABN 57 195 873 179
Last update on Wed, 11/12/2013
Authorised by the Head, School of Materials Science and Engineering
  • Privacy Policy
  • Copyright and Disclaimer
  • Accessibility
  • Site Feedback
  • Site Map
  • Site Editor Login