Chapter 8 - Mechanical Properties
Problems and review questions
Last modified 8/24/2007
Problem		topic		Solution	Label
8.01		plain carbon steel tensile test		8.01
8.02		plain carbon steel stress-strain state		8.02
8.03		steel pipe on oil rig		8.03
8.04		silicon boule supporting own weight		8.04
8.05		18-8 stainless sketch stress-strain		8.05
8.06		6-4 Ti sketch stress-strain		8.06	x
8.07		7075 T6 Al analyze stress-strain		8.07
8.08		analyze stress-strain 3 matls.		8.08	x
8.09		mech. Props. Of Cu-Ni alloys		8.09
8.10		6-4 Ti hip implant		8.10
8.11		matls selection orthodondist		8.11
8.12		A302 and A542 comparison		8.12
8.13		6063 T6 Al and poly(ethylene)		8.13
8.14		stress-strain for various polymers		8.14
8.15		stress-strain plain C steel & rubber		8.15
8.16		ceramic, metal, thermoplastic		8.16
8.17		origin of elasticity in metal		8.17	x
8.18		origin of plasticity in metal		8.18	x
8.19		Lennard-Jones & theoretical shear		8.19
8.20		four strengthening mechanisms		8.20
8.21		relative hardness for 3 materials		8.21	x
8.22		18-8 & 1340 steel relative hardness		8.22	x
8.23		hardness test from an elastic band		8.23
8.24		recrystallization		8.24	x
8.25		recrystallization of worked 90Ni-10Cu		8.25
8.26		cold rolling side I and II		8.26	x
8.27		railroad rails and hot rolling		8.27
8.28		tensile test from glass		8.28
8.29		matls sel. Fract. Tough. 3 alloys		8.29
8.30		fracture of gas cylinder		8.30
8.31		tensile tests notched Cu & alumina		8.31
8.32		differentiate between creep & fatigue		8.32
8.33		court case and fatigue failure		8.33	x
8.34		mech props N155 sheet tensile test		8.34	x
8.35		0.2% offset method		8.35
MULTiPLE CHOICE REVIEW QUESTIONS
Choose the single best answer that completes the phrase.
8.40
8.41
8.42
8.43
8.44
8.45
8.46
8.47
8.48
8.49