Energy Materials 2017: The Minerals, Metals & Materials Series
Editat de Xingbo Liu, Zhengdong Liu, Kyle Brinkman, Subodh Das, Sebastien Dryepondt, Jeffery W. Fergus, Zhancheng Guo, Minfang Han, Jeffrey A. Hawk, Teruhisa Horita, Peter Hosemann, Jian Li, Elsa Olivetti, Amit Pandey, Raul B. Rebak, Indranil Roy, Chengjia Shang, Ji Zhangen Limba Engleză CD-ROM – 12 mar 2017
This
collection
highlights
materials
research
and
innovations
for
a
wide
breadth
of
energy
systems
and
technologies.
The
volume
includes
papers
organized
into
the
following
sections:
Energy
and
Environmental
Issues
in
Materials
Manufacturing
and
Processing
Materials
in
Clean
Power
Materials
for
Coal-Based
Power
Materials
for
Energy
Conversion
with
Emphasis
on
SOFC
Materials
for
Gas
Turbines
Materials
for
Nuclear
Energy
Materials
for
Oil
and
Gas
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Specificații
ISBN-13: 9783319516462
ISBN-10: 3319516469
Pagini: 457
Dimensiuni: 155 x 235 x 14 mm
Greutate: 0.09 kg
Ediția:1st ed. 2017
Editura: Springer
Colecția Springer
Seria The Minerals, Metals & Materials Series
Locul publicării:Cham, Switzerland
ISBN-10: 3319516469
Pagini: 457
Dimensiuni: 155 x 235 x 14 mm
Greutate: 0.09 kg
Ediția:1st ed. 2017
Editura: Springer
Colecția Springer
Seria The Minerals, Metals & Materials Series
Locul publicării:Cham, Switzerland
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Cuprins
Part
1:
Energy
and
Environmental
Issues
in
Materials
Manufacturing
and
Processing:
Opportunities
in
the
Steel
Industry.-
Waste
Energy
Recovery
Technology
of
Iron
and
Steel
Industry
in
China.-
Green
Manufacturing
Process
of
Shougang
Jingtang
Steel
Plant.-
The
Introduction
and
Process
Optimization
Research
of
Oxygen
Blast
Furnace
Ironmaking
Technology.-
Prediction
and
optimal
scheduling
of
byproduct
gases
in
steel
mill:
Trends
and
challenges.-
Processing
Non-Oriented
Electrical
Steels
Using
Inclined/Skew
Rolling
Schemes.-
A
Possible
Way
for
Efficient
Utilization
of
Coal
Energy:
The
Combined
Process
of
Ironmaking
with
Gasoline
Synthesis
and
Electricity
Generation.-
The
influence
of
water
vapour
on
the
fuming
rate
in
a
ferromanganese
system.-
Part
2:
Energy
and
Environmental
Issues
in
Materials
Manufacturing
and
Processing:
Opportunities
in
Aluminum
Production,
Waste
Heat
and
Water
Recovery.-
Approach
for
pyrolysis
gas
release
modelling
and
its
potential
for
enhanced
energy
efficiency
of
aluminium
remelting
furnaces.-
Numerical
approach
for
the
implementation
of
the
interaction
of
pyrolysis
gases
and
combustion
products
in
an
aluminium
melting
furnace.-
Fluoropolymer
Coated
Condensing
Heat
Exchangers
for
Low-grade
Waste
Heat
Recovery.-
Nitrate
and
other
anion
removal
from
waste
water
using
the
Hydroflex
technology.-
Mechanical
Analysis
of
Raceway
Formation
in
Bulk
Bed
of
Blast
Furnace.-
Part
3:
Materials
for
Coal-Based
Power:
Materials
For
Coal-Based
Power:
Session
I.-
Ni-Fe
based
alloy
GH984G
used
for
700
coal-fired
power
plant.-
Part
4:
Materials
for
Coal-Based
Power:
Materials
For
Coal-Based
Power:
Session
II.-
Creep
strength
and
oxidation
resistance
of
industrially
made
G115
Steel
pipe.-
Accelerated
creep
test
for
new
steels
and
welds.-
Part
5:
Materials
for
Coal-Based
Power:
Materials
For
Coal-Based
Power:
Session
IV.-
The
Reliability
Analysis
of
12Cr1MoVG
and
T23
Used
for
USC
Boilers
Water
Wall.-
Part
6:
Materials
for
Coal-Based
Power:
Poster
Session.-
Effect
of
high-frequency
induction
hardening
on
stress
corrosion
of
a
12%
Cr
martensitic
stainless
steel.-
Fireside
corrosion
behaviors
of
Inconel
740
H
superalloy
in
various
SO2
contents.-
High
Cycle
Fatigue
Behavior
of
HAYNES282
Superalloy.-
Recent
Development
in
the
Characteristics
of
Alloy
625
for
A-USC
Steam
Turbine
Castings.-
Part
7:
Materials
for
Gas
Turbines:
Coatings.-
EVOLUTION
OF
THE
THERMAL
CONDUCTIVITY
OF
Sm2Zr2O7
UNDER
CMAS
ATTACK.-
Part
8:
Materials
for
Gas
Turbines:
Hot
Corrosion
and
New
Materials.-
Development
of
a
new
high
strength
and
hot
corrosion
resistant
directionally
solidified
superalloy
DZ409.-
Part
9:
Materials
for
Gas
Turbines:
Microstructure
and
Processing.-
Modeling
the
Diffusion
of
Minor
Elements
in
Different
MCrAlY
–
Superalloy
Substrates
at
High
Temperature.-
ON
HEALING
MECHANISM
OF
CAST
POROSITIES
IN
CAST
NI-BASED
SUPERALLOY
BY
HOT
ISOSTATIC
PRESSING.-
The
Influence
of
Dendritic
Segregation
Degree
to
the
Recrystallization
Nucleation
in
U4720LI.-
Part
10:
Materials
for
Gas
Turbines:
Poster
Session.-
Stress
Rupture
Properties
of
Alloy
783.-
Study
on
the
Undercoolability
and
Single
Crystal
Castability
of
Nickel-Based
Superalloys.-
Part
11:
Materials
for
Nuclear
Energy:
Materials
for
Nuclear
Applications
I.-
Enhancing
the
High-Cycle
Fatigue
Property
of
316
Austenitic
Stainless
Steels
through
Introduction
of
Mechanical
Twins
by
Cold-Drawing.-
Part
12:
Materials
for
Nuclear
Energy:
Materials
for
Nuclear
Applications
II.-
Microstructure
Evolution
of
a
Reactor
Pressure
Vessel
Steel
during
High-temperature
Tempering.-
Part
13:
Materials
for
Nuclear
Energy:
Environmental
Effects.-
Effect
of
Steam
Pressure
on
the
Oxidation
Behaviour
of
Alloy
625.-
Friction
Stir
Processing
of
Degraded
Austenitic
Stainless
Steel
Nuclear
Fuel
Dry
Cask
Storage
System
Canisters.-
Part
14:
Materials
for
Nuclear
Energy:
Accident
Tolerant
Fuels
&
Irradiation
Effects.-
The
Mechanical
Response
of
Advanced
Claddings
during
Proposed
Reactivity
Initiated
Accident
Conditions.-
First
principles
investigations
of
alternative
nuclear
fuels.-
Comparative
study
of
thermal
conductivity
of
SiC
and
BeO
from
ab
initio
calculations.-
Part
15:
Materials
for
Oil
and
Gas
and
AMREE
Oil
&
Gas
III.-
Anisotropic
behaviors
for
X100
high
grade
pipeline
steel
under
stress
constraints.-
Co-relation
of
microstructural
features
with
tensile
and
toughness
characteristics
of
X70
grade
steel.-
Development
and
applications
of
new
generation
Ni-containing
cryogenic
steels
in
China.-
Microstructure
analysis
and
weldability
investigation
of
stainless
steel
clad
plate.-
Microstructure
and
Properties
of
High
Performance
Pipeline
Steels.-
Sensitivity
variation
of
nanomaterials
at
different
operating
temperature
conditions.
Notă biografică
The
Minerals,
Metals
&
Materials
Society
(TMS)
is
a
member-driven
international
professional
society
dedicated
to
fostering
the
exchange
of
learning
and
ideas
across
the
entire
range
of
materials
science
and
engineering,
from
minerals
processing
and
primary
metals
production,
to
basic
research
and
the
advanced
applications
of
materials.
Included
among
its
nearly
13,000
professional
and
student
members
are
metallurgical
and
materials
engineers,
scientists,
researchers,
educators,
and
administrators
from
more
than
70
countries
on
six
continents.
Caracteristici
Highlights
materials
research
and
innovations
for
a
wide
breadth
of
energy
systems
and
technologies.
Addresses various types of power sources such as clean, coal-based, nuclear, gas turbine, and oil and gas
Containing contributions by academia, industry, and government agencies
Addresses various types of power sources such as clean, coal-based, nuclear, gas turbine, and oil and gas
Containing contributions by academia, industry, and government agencies