Medical implants are often made of either titanium, resin or ceramics. Compare the following for the volume of expansion: i) natural tooth material (α = 8.3 x10-6 /C), ii) resin (α = 81x10-6 /C) and iii) titanium alloys (α = 25x10-6/C) for a tooth approximated by a cylinder with radius 0.50 cm and height of 2.0 cm (1.0 cm root and 1.0 cm exposed tooth) at 37°C in comparison to the pre-implant room temperature of 20°C.
Medical implants are often made of either titanium, resin or ceramics. Compare the following for the volume of expansion: i) natural tooth material (α = 8.3 x10-6 /C), ii) resin (α = 81x10-6 /C) and iii) titanium alloys (α = 25x10-6/C) for a tooth approximated by a cylinder with radius 0.50 cm and height of 2.0 cm (1.0 cm root and 1.0 cm exposed tooth) at 37°C in comparison to the pre-implant room temperature of 20°C.
Principles of Physics: A Calculus-Based Text
5th Edition
ISBN:9781133104261
Author:Raymond A. Serway, John W. Jewett
Publisher:Raymond A. Serway, John W. Jewett
Chapter16: Temperature And The Kinetic Theory Of Gases
Section: Chapter Questions
Problem 6OQ
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Medical implants are often made of either titanium, resin or ceramics.
Compare the following for the volume of expansion:
- i) natural tooth material (α = 8.3 x10-6 /C), ii) resin (α = 81x10-6 /C) and iii) titanium alloys (α = 25x10-6/C) for a tooth approximated by a cylinder with radius 0.50 cm and height of 2.0 cm (1.0 cm root and 1.0 cm exposed tooth) at 37°C in comparison to the pre-implant room temperature of 20°C.
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Thermal expansion is the material's property to change its length, area and volume as temperature changes
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