new arrivals @ perpustakaan kejuruteraan - books - UiTM Library

36 TA
418.9
.N35
I54
2009
(Level 5)
37 TA
418.14
.S86
2011
(Level 5)
38 TA
455
.C43
A38
2012
(Level 5)
Nanostructured Materials, Thin
Films and Hard Coatings for
Advanced Applications / edited
by L. Kolakieva & R.
Kakanakov
Superplastic forming of
advanced metallic materials /
edited by G. Giuliano
Advances in science and
technology of Mn+1AXn phases
/ edited by I. M. Low
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This special collection of peer-reviewed papers
focuses on the technology, characterization and
equipment required for handling nanocomposite
films and hard and superhard coatings. It also
covers subjects related to the development,
properties and methods for the characterization
of nanostructured materials for: solid-state
electronics and energy technologies;
nanocomposite films, hard and superhard
coatings, tribological / corrosion-resistant
coatings; surfaces and interfaces; nano-sensors,
nanodevices and nanosystems, Equipment for
deposition and characterization of
nanocomposite Ultra fine-grained films metals and can industrial show application exceptional of
ductility, known as superplasticity, during sheet
forming. The higher ductility of superplastic
metals makes it possible to form large and
complex components in a single operation
without joints or rivets. The result is less waste,
lower weight and manufacturing costs, high
precision and lack of residual stress associated
with welding. This produces components ideal
for aerospace, automotive and other
applications. This book summarizes key recent
research on this important process. Part one
reviews types of superplastic metals, standards
_ 1 1 for MAX superplastic phases are forming, a new class processes of materials and that
exhibit a unique combination of characteristics of
both ceramics and metals. MAX phases are
nano-layered ceramics with the general formula
Mn+1AXn where "M" is an early transition metal,
"A" is a group-A element and "X" is either carbon
or nitrogen. Similar to ceramics, they possess
low density, low thermal expansion coefficient,
high modulus and high strength, and good high
temperature oxidation resistance. Like metals,
they are good electrical and thermal conductors,
readily machinable, tolerant to damage and
resistant to thermal shock.
I.M. Low has compiled 15 peer-reviewed
FKJM
FKJM
FKJM