Metals - Orthopaedic Biomaterials in Research and Practice - page 195

3. Permit determination of possible phase structures

4. Permit calculation of melting points

5. Predict corrosion rates

ANSWER:
F, F, T, T, F.

PROBLEM 7.9
A vertical line on a phase diagram connects points with ____________
weight composition (fill in the blank).

ANSWER:
Identical.

PROBLEM 7.10
Match the following terms (when possible):

1. Aging A. Casting technique

2. Martensite B. Ti-Al phase

3. Passivation C. Fe-C phase

4. Annealing D. Heat treatment

5. Duplex E. Grain structure

ANSWER:
1, D ; 2, C ; 4, D ; 5, E (there are no matches for 3, A and B ).

annotated bibliography

1. Bansiddhi A, Sargeant TD, Stupp SI, Dunand DC: Porous
NiTi for bone implants: A review. Acta Biomater 4:773-782, 2008.
A thorough review of the fabrication, biocompatibility, in vitro studies,
and implant applications of porous NiTi.

2. Dobbs HS, Robertson JLM: Alloys for orthopaedic use. Eng Med
11(4):175-182, 1982.
A good, easy-to-understand study of the effects of processing on prop-
erties of cobalt-base and titanium-base implant alloys.

3. Duerig T: Shape memory alloys. In Narayan R (ed): ASM Handbook,
Volume 23, Materials for Medical Devices . ASM International, 2012.
History, metallurgy, and properties of nitinol.

4. Engel L, Klingele H: An Atlas of Metal Damage . Prentice-Hall,
Englewood Cliffs, NJ, 1981.
Chapter 1 deals very briefly with structure of metals. Chapters 2-4 are
given over to scanning electron microscopic views of manufacturing and
service-produced defects.

5. Hayden HW, Moffatt WG, Wulff J: The Structure and
Properties of Materials . Vol. III. John Wiley & Sons, New York, 1964.