Metallurgy of titanium and its alloys

• Titanium and its Alloys
• Applications of Titanium
• Hydrides
• Oxygenation and Electro-deoxygenation of Titanium
• Slide presentations by Dr David Dye of Imperial College
  • Lecture 1
  • Lecture 2
  • Lecture 3
  • Lecture 4
• Titanium in Transition (with permission, Materials World)
• Titanium plate for distal radial bone fracture

The following movies are reproduced for teaching purposes, with the kind permission of David Peacock of the Titanium Information Group.

• Titanium in aeroengines. AVI (14 Mb), MPG (4 Mb)
• Titanium in airframes. AVI (14 Mb), MPG (2 Mb)
• Friction welding of titanium. AVI (33 Mb), MPG (2 Mb)
• Hot rolling of titanium. AVI (4 Mb), MPG (2 Mb)
• Medical applications of titanium. AVI (3 Mb), MPG (2 Mb)
• Sport applications of titanium. AVI (7 Mb), MPG (3 Mb)
• Springs made of titanium. AVI (3 Mb), MPG (2 Mb)
• Titanium in aircraft undercarriages. AVI (3 Mb), MPG (2 Mb)

The following images have kindly been provided by Andrew Fairbank who created them for teaching purposes. They are reproduced with permission.

Hexagonal close-packed (hcp) crystal structure of titanium.	Hexagonal close-packed crystal structure of titanium.
Hexagonal close-packed crystal structure of titanium.	Hexagonal close-packed structure of Ti, compared with face-centred cubic (fcc), body-centred cubic (bcc) and body-centred tetragonal (bct) structures of iron. These images use the correct relative sizes of the Ti and Fe atoms. This size difference and the 14.27% lower atomic weight of Ti contributes to its lower density.

• Titanium Industries Inc.
• Titanium bicycles