Which term describes well-defined methods for solving specific problems, such as those used to devel
A) JIT
B) Design
C) Algorithm
D) CIM
A) JIT
B) Design
C) Algorithm
D) CIM
A) Time-consuming approach to gain sufficient experience
B) Concern for keeping up with one's competition
C) Lack ofexperience by designers and fabricators
D) Need for compromise between favorable properties and cost
A) ductility
B) impactstrength
C) hardness
D) strength
A) Fatiguelimit
B) Fatigueratio
C) Fatiguestrength
D) Enduranceratio
A) Existing specifications and laws make it easy to introduce new materials in fields such as building construction and commercial aircraft.
B) Materials Science and engineering usually follows the lead of developments in other technologies
C) Industry and the consumer are quick to accept new materials and processes innovations
D) Developments in materials science and engineering have allowed for innovations in most other technologies.
A) symmetrical charge distribution
B) static electrical attraction between positive and negative charges
C) an attraction force between adjacent charges with opposite signs
D) the strongest ofthe secondary bonding
A) Engineering Materials Technology
B) Materials Engineering
C) Materials Science
D) Materials ScienceAnd Engineering
A) The rate of diffusion will decrease with an increase in temperature.
B) A lattice structure that contains loosely packed atoms (less dense) will offer greater resistance to diffusing atoms than one whose structure contains tightly packed atoms.
C) The stronger the bonding forces between the atoms the more difficult for the atoms to diffuse.
D) Smaller permeating atoms stand better chance of diffusion through a structure oflarger atoms.
(20pts).
A) Atomic packing factor (APF) R) Long-range-order materials
B) Characterization S) Mixture
C) Coordination number T) Modulus of resilience
D) Creep U) Modulusoftoughness
E) Designforassembly V) Neutrons
F) Design for disassembly W) Non-ferrous metals
G) Differential thermal analysis X) Optical microscope
H) Electronmicroscope Y) Proton
I) Electron affinity Z) Short-range-order materials
J) Electronegativity AA) Solution
K) Electrons BB) Spacelattice
L) Ferrousmetals CC) Voidfraction
M) Hardness DD) Toughness
N) Ionizationpotential EE) Unitcell
O) Isotope FF) Valenceelectrons
P) LifeCycleAnalysis GG) X-ray diffraction
Q) LifeCyclelnventory HH) Yield
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