Biomedical Engineering Reference
In-Depth Information
16
riley M a, Walmsley a D, speight J D and Harris I r, 'Magnets in medicine',
Mater Sci Technol , 2002, 18 , 1-12.
17
Watanabe I, Hai K, Tanaba Y, Hisatsune K and atsuta M, ' In vitro corrosion behaviour
of cast iron-platinum magnetic alloys', Dent Mater , 2001, 17 , 217-20.
18
riley M a, Walmsley a D and Harris I r, 'Magnets in prosthetic dentistry', J
prosthet Dent , 2001, 86 , 137-42.
19
Gillings B r D, 'Magnetic retention for complete and partial over-dentures: Part
2', J prosthet Dent , 1983, 49 , 607-18.
20
Takada Y and okuno o, 'Corrosion behavior of stainless steels and dental precious
alloys used for dental magnetic attachments', J Mag Dent , 1994, 3 (1), 14-22.
21
Flores M s, Ciapetti G, González-Carrasco J L, Montealegre M a, Multigner M,
Pagani s and rivero G, 'evaluation of magnetic behavior and in vitro biocompatibility
of ferritic PM 2000 alloy', J Mater Sci: Mater Med , 2004, 15 , 1-7.
22
González-Carrasco J L, García-alonso M C, Montealegre M a, escudero M L
and Chao J, 'Comparative study of the alumina scale integrity on Ma 956 and
PM 2000, alloys', Oxid Met , 2001, 55 (3/4), 209-21.
23
Laakman r W, Kaufman B, Han J s, nelson a D, Clampitt M, o'Block a M, Haaga
J R and Alfidi R J, 'MR imaging in patients with metallic implants', Radiology ,
1985, 157 (3), 711-4.
24
Da rocha s s, adabo G L, Vaz L G and Henriques G e, 'effect of thermal
treatments on tensile strength of commercially cast pure titanium and Ti-6al-4V
alloys', J Mater Sci: Mater Med , 2005, 16 , 759-66.
25
Hall e o, 'The deformation and ageing of mild steel: III Discussion of results',
proc. phys. Soc. (London), 1951, 64B , 747-53.
26
Petch n J, 'The cleavage strength of polycristals', J Iron Steel Inst (London) , 1953,
3 , 25-8.
27
Fleming D G and Feinberg B n (eds), Handbook of Engineering in Medicine and
biology , CrC Press, Boca raton, FL, 1976.
28
Callister W D (ed.), Materials Science and Engineering. An Introduction , John
Wiley & sons, new York, 2003.
29
ASM Metals Handbook , Vol 3: properties and Selection: Stainless Steels, Tool
Materials and Special-purpose Materials , asM International, Metals Park, Usa,
1985.
30
Turner n G and roberts W T, 'Fatigue behavior of titanium', Trans. TMS-AIME ,
1968, 242 , 1223- 30.
￿ ￿ ￿ ￿ ￿
31
Kuhlman G W, in: Microstructure/property Relationships in Titanium Aluminides
and Alloys , Kim Y-W and Boyer rr (eds), TMs, Warrendale, Pa, 1991,
p 465.
32
Jaffe r I and Lutjering G, in Microstructure, fracture Toughness and fatigue
Crack Growth Rate in Titanium Alloys , Chakrabarti aK, Chestnut JC (eds), TMs,
Warrendale, Pa, 1987, p 193.
33
sivakumar M, suresh Kumar Dhanadurai K, rajeswari s and Thulasiraman V,
'Failures in stainless steel orthopaedic implant devices: a survey', J Mater Sci
Lett , 1995, 14 , 351-4.
34
Chao J and López V, 'Failure analysis of a Ti-6al-4V cementless HIP prosthesis',
Engineering failure Analysis , 2007, 14 (5), 822-30.
35
Viceconti M, Toni a and Giunti a, 'effects of some technological aspects on
the fatigue strength of a cementless hip stem', J biomed Mater Res , 1995, 29 ,
875-81.
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