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VOLUME 14CODEN : IEMSEW |
NUMBER 6
|
DECEMBER
2007 ISSN : 0971-4588 |
|
Optimization of die angle and ram velocity
for rod extrusion using dynamic material modeling and genetic algorithm |
399 |
|
|
|
|
Optimization of tool wear in
turning using genetic algorithm |
403 |
|
C Felix Prasad, |
|
|
Investigation of stress homogenization near inner cavity in the
polymer structure |
408 |
|
|
|
|
Issues in
fretting fatigue design of shot peened leaf springs |
414 |
|
|
|
|
Materials Science |
|
|
Experimental
investigation of reinforced concrete beams with and without steel fiber under
explosive loading |
419 |
|
Fatih Altun,
M Metin Köse, Canan Yilmaz, Kamuran Ari
& Adem Durmuş |
|
|
Effect of using ground waste tire rubber as fine aggregate on
the behaviour of concrete mixes |
427 |
|
M M Balaha, A A M Badawy & M Hashish |
|
|
LiSIPA doped polyaniline-colloidal graphite composites:
Synthesis and characterization |
436 |
|
Parveen Saini, Veena Choudhary & S
K Dhawan |
|
|
Fracto-mechanoluminescence
produced during slow deformation of solids |
443 |
|
|
|
|
|
|
|
447 |
|
|
|
|
|
|
|
|
|
|
|
Subject Index |
451 |
|
|
|
|
Author Index |
457 |
Indian
Journal of Engineering & Materials Sciences
Vol.
14, December 2007, pp. 399-402
Optimization
of die angle and ram velocity for rod extrusion using dynamic material modeling
and genetic algorithm
K K Pathak &
Selection of processing and geometrical parameters is a crucial step in the extrusion process design. Optimized parameters may result in desirable microstructure at minimum load. To achieve this goal, dynamic material modeling (DMM) and genetic algorithms (GA) are used in this study. Selection of strain rate and temperature is done by DMM which insures dynamic recrystalization (DRX) zone during processing. Minimization of punch load is formulated as a nonlinear programming problem which is solved using GA to result in optimum ram velocity and die angle. Two rod extrusion processes are successfully optimized using proposed approach.
Indian
Journal of Engineering & Materials Sciences
Vol.
14, December 2007, pp. 403-407
Optimization of tool wear in turning using genetic algorithm
C Felix Prasad,
Optimization has significant practical importance particularly for operating in machines. In order to increase the accuracy of finishing product the tool must be in good condition always as much as possible. To achieve good condition of tool the machining parameters like speed, feed and depth of cut should be optimized2-4. This paper aims to increase the condition of tool, i.e., minimization of tool wear by applying the optimized input parameters using Genetic Algorithm technique. For solving the machining problems various traditional techniques such as Integer programming, Quadratic programming and Simplex method have been used so far. But results of these various methods vary to some extent. Genetic Algorithm helps in obtaining better results than of traditional methods available.
Indian
Journal of Engineering & Materials Sciences
Vol.
14, December 2007, pp. 408-413
Investigation of stress homogenization near inner cavity in the polymer structure
The stress concentrates near inner cavities in deformed structures. Sometimes, it is useful to obtain stress magnitude on cavity surface as uniform and low as possible. In this study, the attempt is made to determine magnitude of stress concentration near spherical cavity in polymeric structure loaded under unidirectional tension or compression and to find possibility to decrease and homogenize this stress with internal pressure.
Indian
Journal of Engineering & Materials Sciences
Vol.
14, December 2007, pp. 414-418
Issues in
fretting fatigue design of shot peened leaf springs
M L Aggarwal & P
Shot peening has long been widely used as a low cost and simple method for increasing fatigue strength of the leaf springs. During a survey, it has been found that fretting fatigue failure of semi-elliptical leaf springs in commercial vehicles occur between 3-6 years. Recently, fretting fatigue between leaves has been reduced by careful control of shot peening parameters and with the application of double shot peening. In the present work, the bending fatigue strength of EN45A spring steel parabolic leaf springs is found to be much higher as compared to semi-elliptical leaf springs. The paper discusses the elimination of fretting fatigue between leaves of EN45A spring steel shot peened leaf springs by using taper leaves and rubber pads.
Indian
Journal of Engineering & Materials Sciences
Vol.
14, December 2007, pp. 419-426
Experimental investigation of reinforced concrete beams with and without steel fiber under explosive loading
Fatih Altun, M. Metin Köse, Canan Yilmaz, Kamuran Ari & Adem Durmuş
The aim of this study is to determine the energy absorption capacities of the reinforced concrete (RC) beams of the same concrete class and to obtain the performances of the steel-fiber added beams according to the damage characteristics obtained by the explosive loading. In this paper, effects of blast load on the RC beams samples with and without steel fiber have been investigated. First, the compressive strength of concrete made with and without steel fiber have been measured. Second, the load carrying capasities of the RC beams produced with and without steel fiber are determined by two point loading test. Lust, the damage levels under explosive loading applied on the RC beams produced with and without steel fiber have been observed. The results show that RC beams made with steel fiber is damaged less in blast loading than that of conventional RC beams. The results also show that the expression used in calculating the amount of the explosive material needs to be revised.
Indian
Journal of Engineering & Materials Sciences
Vol.
14, December 2007, pp. 427-435
Effect of using ground waste tire rubber as fine aggregate
on the behaviour
of concrete mixes
M M Balaha, A A M Badawy & M Hashish
The development of environmentally accepted methods of used tire disposal is one of the greatest challenges that waste management experts face today. Using of wastes and by-products as concrete aggregate has attained great potential in the last few years. The aim of this work is to investigate the possibility of the usage of ground waste tire rubber (GWTR) in the civil construction as a partial replacement for fine aggregates and the influence of these wastes on the properties of ordinary concrete. The cement content for concrete mixes is 300, 400, and 500 kg/m3. The total fine aggregate (TFA) in all mixes is sand, which is partially replaced by GWTR particles. The percentages by volume of GWTR/TFA are 5%, 10%, 15% and 20%. The physical and mechanical properties of rubberized concrete are compared with those of ordinary concrete mixes. Also, three treated materials, polyvinyl acetate, silica fume and sodium hydroxide (PVA, SF and NaOH) are used for treatment the ground waste tire rubber to improve the interface friction between rubber particles and cement matrix. The results show that the mass density (bulk density) of hardened rubberized concrete decreases with increasing rubber content, this is an advantage for that concrete application. Also concrete specimens containing rubber particles are much tougher than those without rubber particles. The damping ratio of the rubberized concrete containing 20% rubber is much higher than those of normal concrete by about 63.2%. Rubberized concrete incorporating treated rubber particles gives better results than concrete incorporating normal rubber.
Indian
Journal of Engineering & Materials Sciences
Vol
14, December 2007, pp. 436-442
LiSIPA doped
polyaniline-colloidal graphite composites :
Synthesis and characterization
Parveen Saini, Veena Choudhary & S K Dhawan
Aniline has been polymerized in the presence of colloidal graphite using lithium sulphoisophthalic acid (LiSIPA) as dopant, via the chemical oxidative polymerization route. The thermal stability and electrical conductivity have been improved significantly as compared to polyaniline doped with conventional inorganic dopants like HCl or H2SO4. The XRD and FTIR show a systematic shifting of the characteristic bands/peaks with the increase in the graphite content, which indicates sufficient interaction between graphite and polyaniline. The UV-visible spectra also show the characteristic bands of polyaniline which shows the hypsochromic shift with the increase in the graphite content. Apart from their doped counterparts, these composites also show sufficient conductivities, even in the undoped forms.
Indian
Journal of Engineering & Materials Sciences
Vol.
14, December 2007, pp. 443-446
Fracto–mechanoluminescence
produced during slow deformation of solids
B P Chandra, S K Mahobia, R K Kuraria & Vibha Chaudhary
The present paper reports the
mechanoluminescence (ML) induced by the movement of cracks produced during slow
deformation of solids. The ML may be induced by fracture of crystals due to
several processes involved in charging of newly-created surfaces. In fracto-ML,
the number of ML pulses emitted indicates the number of cracks moved in a
crystal. Thus, there is one-to-one correspondence between the number of cracks
formed and the number of ML flashes emitted during the deformation of a
crystal. An expression derived for the dependence of the number of ML flashes, Np on the strain e of crystals may
be expressed as, Np = [{exp a(e –e f )}–1], where ef is the fracture strain and a is a constant.
The total ML intensity indicates the total area of the newly-created surfaces
created during the deformation of a crystal. As the decay time of ML is
constant and of the order of microseconds, in the case of slow deformation, the
Indian
Journal of Engineering & Materials Sciences
Vol.
14, December 2007, pp. 447-450
Acknowledgement
to Reviewers
The Publisher and the Editor of Indian Journal of Engineering &
Materials Sciences gratefully acknowledge the honorary services rendered by
the following experts in reviewing the papers during 2007.
Acharya S K
NIT,
Adachi Motonati
Agarwal S K
CBRI, Roorkee
Aldridge Laurie
Alonso Fernando Diaz
Armstrong G Alastrair
Queen’s Univ,
Arora Navneet
IIT, Roorkee
Babu Daneti Suradhi
NUS,
Balakrishnan R
Baragetti Sergio
Barbarella G
CNR,
Barluenga
Gonzalo
Univ
Alcalá, Madrid, Spain
Barshilia Harish C
NAL,
Basavarajappa S
Bersee H E N
Bhaduri A K
IGCAR, Kalpakkam
Bhattacharya B
IIT,
Bhaumik S K
NAL,
Bhole Sanjiwan
Bignozzi M C
Chang Ta-Peng
Nat
Chi Baoyong
Tsinghua Univ,
Cho Jae Whan
Konkuk Univ,
Choi Kyoung-Kyu
Choudhary Charisma
Choudhary S K
IIT, Kankur
Chronakis I
Civalek O
Akdeniz Univ,
Collini L
Cooke K E
Teer Coatings Ltd,
Das Animesh
IIT,
Das S C
RRL,
Davies L W
De A
IIT, Mumbai
De Beer F C
NECSA,
Dean T A
Dixit
IIT, Guwahati
Dube D C
IIT,
Dube R K
IIT,
Duprat Frederic
INSA, France
Dutta Sekhar Chandra
BEC,
El-Axir M H
Fang J C
HQU,
Feldstein
Mikhail M
IPS, RAS,
Feng Zhe Chung
NTU,
Ferraris C F
NIST,
Foss Jim Alves
Gaitonde V N
BVB CET, Hubli
Gandhi O P
IIT,
Gao Feng
NWPU, Xian,
Gao Xiaosheng
Georgakis P
George P J
NIT, Kurukshetra
Ghosh P K
IIT, Roorkee
Gonella F
Univ Venice,
Gorninski J P
UNISINOS,
Guo Qiang
Shanghai
Gurung N
QUT,
Han Fuzhu
Han Lin-Hai
Tsinghua Univ,
Hu Cheng-Hsun
Tatung Univ,
Hu Zheng-Long
Huwei Univ,
Izu Noriya
AIST,
Jagtap R N
UICT, Mumbai
Jangid R S
IIT, Mumbai
Kang H T
Kang J H
Valeo Elect Syst, Kyongju,
Khan R A
JMI,
Kim Moon Kyun
Yonsei Univ,
Kim Taewan
Kiminami R H G A
Federal Univ
Kotnala R K
NPL,
Kotulski Zbigniew
IPPT,
Koyali O
Kramberger J
Kumar Pradeep
IIT, Roorkee
Kumar Rakesh
CRRI,
Kus Hulya
Lakshmi Dhana
Canfield
Lalla N P
UGC-DAE Cons.,
Lauke B
IPFDD,
Lee E S
Lee Tzen-Chin
Nat United
Lee Wei-Win
Feng Chia
Lee Yen Jung
Nat Chiao Tung Univ,
Lemos J V
LNEC,
Li Yang Dong
AAFE,
Lim C W
City Univ,
Liu Day-Shan
Nat
Liu Sha
Central South
Liu Yong
Liu Zonghua
East China Normal
Lu Yi
Luo Kun
CAS,
Ma Z Y
Inst Metal
Res, CAS,
Majumdar J Dutta
IIT, Kharagpur
Mandal R K
IT, BHU,
Mari A R
Univ
Masson J F
NRC,
Mathieu Didier
CEA, France
Mathur Renu
CRRI,
Menon K Ramakrishna
Udyogmandal
Mishra P C
Mishra R S
Mochizuki Hirayasu
JAEA,
Mondal D P
RRL,
Murali K R
CECRI, Karaikudi
Murugan M
CIT,
Narayanasamy R
NIT, Tiruchirapalli
Neelamegam M
SERC, Chennai
Netravali Anil
Cornell Univ,
Oh Je Hoon
Olejniczak I
Polish
Olivares F Hernandez
UPM,
Orthoff James
NIST,
Parmand
LMPC,
Patil P S
Shivaji Univ,
Piperno
Silvia
Pittman Jr C U
MSU,
Prakash Raghu
IIT, Chennai
Prasad G
Osmania Univ,
Prasad Rajendra
IIT, Roorkee
Rajamane N P
SERC, Chennai
Ram S
IIT, Kharagpur
Rao B Parvatheeswara
Andhra Univ,
Rao C B K
NIT Warangal
Rao J L
S V Univ, Tirupati
Ren Wei-Xin
Central South
Rodopoulos C A
Sheffield Hallam Univ,
Rubio-Zuazo J
ESRF,
Sadowski T
LUT,
Salame C T
IRI,
Samala K S
J
Saravanam R
KCT,
Satapathy L N
BHEL,
Sayman Onur
Dokuz
Shaikh A M
Shivaji Univ,
Sharma R P
BRA Univ,
Sharma Vishal
NIT, Jalandhar
Shen Guozhu
Shukla S R
UICT, Mumbai
Singh D N
IIT, Mumbai
Singh Gurdip
DDU Univ,
Sivagurunathan P
Annamali Univ, Annamalainagar
Sivakumar Manickam
NIAIST,
Skrotzki B
BAM,
Sohn Kee Sun
Sunchon Nat Univ,
Song Li
Xiang
Srivastava V C
NML,
Sudhakar K V
Sullivan P J E
Talawar M B
HEMRL, Pune
Terzi Serdal
S D Univ,
Thirunakaran R
CECRI, Karaikudi
Todoroki Hidekazu
Nippon Y K Co. Ltd,
Tong Xin
Trivedi D G
Tu J P
Tulapurkara E G
IIT, Chennai
Varleg Russell
CSIRO,
Vazquez J
Venkateswaran G
BARC, Mumbai
Viswanathan T
Wang C E
Wang Kesheng
Norwegian Univ S & T,
Wang Simon
Wani M F
NIT,
Wei Li
Wilfrid Laurier Univ,
Whitworth H A
Howard Univ,
Wim Michiels
Wong Wing-Gun
Hong Kong Poly Univ,
Wu Chao-Ming
Nat
Wu Shaopeng
Xiang Ping-Huo
NIAIST,
Xie de
Alpha Star Corp.,
Xu Jianning
Rowan
Yan Hong
Yan Qi-Long
XMCRI,
Yan Xiangqiao
Harbin Inst
Yawale S P
GVISH,
Ye G
Yeh C L
Da-Yeh Univ,
Yesilata Bulent
Harran
You L H
Yu Zhiwei
Yun Hyun-Do
Chungnam
Zanzotta Luda
Zeman Svatopluk
Zhai Jianping
Zhai Jiwei
Zhang Bai-Shun
Huwei Univ,
Zhang F L
Zhang Julie Z
Univ North Iowa,
Zhang Kui Yu
Zheng Danian
Tsinghua Univ,
Zhou Tianle
Shanghai Jiao Tong
Indian
Journal of Engineering & Materials Sciences
Vol.
14, December 2007, pp. 451-458
ANNUAL INDEX
2007
Subject Index
AA 6061-SiCp
composites 277
absorption 167,
365
absorption data 167
accelerated warm-water 266
acid 240
acid treated polyester fibers 240
across thickness 95
admixtures 146
aggregate 427
Al-Cu/TiC MMCs fabrication 303
Al-Cu/TiC MMCs 303
algorithm 346,
403
alkali treated polyester
fibers 240
alkali 240
alloyed super heater tubes 19
alloyed super heater 19
AlN powder 309
amplifier 289
analysis 81, 95,
215, 240, 282
angle 103
arc welding 177
ash blended
69
ash 69,
257
aspect ratio effect 184
asphalt mixtures 151,
358
asphalt 151,
358
atomatic license plate location and
recognition 337
automatic license plate 337
Back scattering 253
bagasse ash 257
bagasse 257
bamboo leaf ash blended
bamboo leaf ash blended 69
bamboo leaf ash 69
bamboo leaf 69
bamboo 69
band gap 253
bandpass 125
bandpass filters 125
barreling profile 184
barreling 184
basin parameters 39
basin 39
BaTiO3 64
beams 419
benzene 167
benzene solution 167
benzonitrile
binary mixtures 167
bituminous pavements 48
bituminous 48
blends 317
blood 112
blood serum 112
buildings 220
Capillary
water absorption 365
capillary
water 365
carbon black 358
carbon nanorods (CNRs)
production 235
carbon nanorods (CNRs) 235
cavity 408
CdxZn1-xS vacuum evaporated thin films 313
CdxZn1-xS 313
cement and EPS beads ratios effect
158
cement 69,
158
cementitious composites 146
cementitious 146
chain dynamics 317
chain dynamics study 317
chloride resisting concrete 257
chloride 257
CHNO high energy materials 77
CHNO 77
circular cutout 95
circular section 12
circular 5
colloidal graphite composites 436
columns 295
composite disc 282
composite plates
103
composite skew plate 95
composites 95, 103,
146, 277,
282,436
compressive 158
compressive strength 158
concrete 158,
257,266,352,
365,419,427
concrete-filled steel tubular
columns 295
concrete-filled steel 295
conduction 163,209
conduction pump 209
continuous systems 81
controlled rolling route 193
corrosion susceptibilities 303
corrosion 303
cracks 31
creep coefficient evaluation 295
creep coefficient 295
crown ether 112
crown ether membrane 112
cryptography 346
cryptography’s algorithm 346
crystals 373
curing
conditions 365
curing method 266
curing 266,365
current 289
current differencing transconductance
amplifier 289
current differencing transconductance
amplifier-based current-mode 289
current differencing
transconductance 289
current differencing 289
current-mode 289
cutout 95
cylindrical elevated tanks 133
Damages 19,
48
data security 346
d.c conduction pump 209
d.c.conduction 209
deflection basin parameters 39
deflection basin 39
deflection 39
deformation 443
density 158
depositing ionophoric crown ether
membrane 112
detonation 77,324
detonation heat 324
detonation pressure 77
detonation products 324
die angle 399
dielectric properties 64
dielectric relaxation studies 167
dielectric relaxation 167
dielectric response 317
dielectric 64,
112,167,317
disc 282
division multiplexing 125
double doped BaTiO3 64
double doped 64
drying 146
drying shrinkage 146
dynamic material 399
dynamic material modeling 399
dynamics 317
dynamics study 317
Efficient quantum cryptography’s
algorithm 346
elastic-plastic stress 282
elastic-plastic stress
analysis 282
elastic-plastic 282
elasto-plastic analysis 215
elasto-plastic 215
electrical measurement 119
electrical properties 64,358
electrical 64,119
electrochemical finishing 202
electrochemical 202
electrode 202
element 31
elemental composition 324
elliptical hole 103
energy materials 77
energy 77
epitaxial 163
EPS beads 158
ether membrane 112
expansion 103
explosive loading 419
explosives 324,419
extrusion 184,299
Facto-mechanoluminescence 443
failure analysis 24
failure cause 24
failure 24
fast reactor 209
fatigue design 414
fatigue 352,414
ferrites 381
fiber 151, 240, 419
fibre-reinforced concrete 352
fibre-reinforced 352
field-effect 112
films 55
filters 125
fine aggregate 427
finishing 202
flame reactor unit design 235
flame reactor unit
development 235
flame reactor unit 235
flame reactor 235
flame 235
flow characteristics 12
flow 184
four-phase quadrature
oscillator 289
fracture analysis 31
fracture 31
frame 133
frame supporting system 133
frequency 317
fretting fatigue design 414
fretting fatigue 414
furnace 193
fusion 386
Gate dielectric 112
gear 184
gear-form electrode 202
gear-form electrode design 202
gear-form 202
gear-like forms 184
genetic algorithm 399,403
GeSe single crystals 373
graphite composites 436
graphite 436
ground waste tire
rubber 427
ground waste 427
Hardening parameters 277
hardening 277
heater tubes 19
heater 19
heats 324,386
high energy materials 77
high energy 77
high-strength fibre-reinforced
concrete 352
high-strength 352
hole 103,215
homogenization 408
hot pressing 303
hydration 69
In/Sb thin films 253
Indigenously developed DC
conduction pump 209
induction 193
induction melting furnace 193
inner cavity 408
in-plane loading 103
InSb thin films 55
instability analysis 81
instability 81
invariant continuous systems 81
invariant systems 81
ionophoric 112
ionophoric crown ether membrane 112
ion-sensitive 112
Joints 24
K+-ion
concentrations 112
La0.7A0.3MnO3
manganite 163
La0.7A0.3MnO3
manganite thin film 163
laminated composite skew
plate 95
laminated composite 95
lateral extrusion 184
leaf ash blended 69
leaf ash 69
leaf springs 414
leaf 69,414
license 337
license plate location 337
license plate 337
lightweight concrete 158
lightweight 158
linear time 81
linearly varying temperature 95
LiSIPA doped polyaniline-colloidal
graphite composites 436
LiSIPA 436
LM6 aluminium alloy 7
loading 103,419
low temperature 151
low temperature performances 151
low-frequency dielectric
response 317
low-frequency
317
Manganite 163
manganite thin film 163
mass irregular buildings 220
mass 220
material flow 184
materials 77,184
measurement 119
mechanical properties 358
mechanoluminescence 443
melting furnace 193
melting 193
membrane 112
Mg-Zn ferrites 381
micro alloyed structural
steels 193
micro alloyed 193
microstructure 55
microwave 167
microwave absorption 167
microwave absorption data 167
mineral admixtures 146
mineral 146
mitigation 48
mixtures 151,167,358
modified asphalt mixtures 151
modified quarter point
element 31
moisture damage 48
moisture 48
multiplexing 125
multiplexing applications 125
Nanorods 235
nanosized AlN powder
synthesis 309
nanosized AlN powder 309
narrow bandpass 125
narrow bandpass filters 125
narrow bandpass filters
fabrication 125
nitramines 386
nitridation route 309
nitridation 309
N-methylformamide 167
non-linear conduction 163
novel nitridation route 309
Optical band gap 253
optical constants 313
optical 253,313
orientation angle effect 103
orientation angle 103
oscillator 289
Parabolic 282
parabolic temperature 282
parabolic temperature distribution
282
pavement rutting 39
pavement 39,48
peened leaf springs 414
performance testing 209
phase transition 373
physical
properties 381
plane loading 103
plastic zone expansion 103
plates 95,103,337
point element 31
poly(vinyl
pyrrolidone)-poly(ethylene glycol) 317
polyaniline 436
polyaniline-colloidal
graphite 436
polyester 240
polyester fibers 240
polymer 151,408
polymer structure 408
polymeric 317
polymeric blends 317
polynomials 81
potassium-selective
ion-sensitive field-effect
transistor (ISFET) 112
potassium-selective
ion-sensitive 112
potassium-selective 112
powder 309
power station 19
power 19
practical aspects 119
precipitation 277
predicting heats 324,386
prediction 77
pressure 77
process 55
process conditions 55
process parameters 177
profile 184
pump 209
Quadrature oscillator 289
quantum cryptography 346
quantum cryptography’s
algorithm 346
quantum 346
quarter point element 31
Ram 399
ram velocity 399
reactor 209,235
rectangular section 12
regression analysis 177
reinforced
concrete beams 419
reinforced
concrete 419
reinforcement 277
relaxation 167
residual stresses 103
rice 257
rice husk 257
rice husk ash 257
rod 399
rod extrusion 399
rolling route 193
route 193,309
Routh column polynomials
design 81
Routh column polynomials 81
Routh column 81
rubber 427
rutting characterization 39
rutting 39
SAXS 240
scattering 253
secondary steel sector 193
security 346
seismic 133
seismic behaviour 133
seismic code 220
self-compacting
concrete 365
serum 112
shot peened leaf springs 414
shrinkage 146
silica 266
silica fume 266
silica fume concrete 266
single crystals 373
skew plate 95
slow deformation of solids 443
slow deformation 443
SNC236 surface 202
sodium cooled 209
sodium 209
solids 443
springs 414
square hole 215
square 215
squeeze casting 7
station 19
steel fiber 419
steel sector 193
steel tubular columns 295
steel 193,295,419
strain induced non-linear
conduction 163
strain induced 163
strength 266
strength prediction 266
strength 158
stress analysis 282
stress around square hole 215
stress homogenization near
inner cavity 408
stress homogenization 408
stress 103,215,
282,408
structural parameters
analysis 240
structural parameters 240
structural steels 193
structure 408
submerged arc 177
submerged arc welding 177
submerged arc welding process
177
submerged arc welding process
parameters 177
subsoil 133
super heater tubes 19
super heater 19
supporting system 133
surface roughness 7
surface 202
susceptibilities 303
systems 81,133
Taguchi method 7,177
tanks 133
temper 95
temperature distribution 282
temperature 151,282
theoretical prediction 77
theoretical 77
thermal power station 19
thermal power 19
thermally evaporated InSb
thin films 55
thermally evaporated 55
thermoelastic analysis 95
thermoelastic 95
thermoplastic 282
thermoplastic composite 103,282
thermoplastic composite disc 282
thermoplastic composite
plates 103
thickness 95
thin films 55,163,253,313
time 81
tire rubber 427
tool wear optimization 403
tool 403
transconductance amplifier 289
transconductance 289
transistor 112
transition duct passing 12
transporting agents 373
tubes 19
tubular columns 295
Turkish seismic code
evaluation 220
Turkish seismic code 220
turning 403
two-phase 317
two-phase polymeric blends 317
Ultrasonic-aid 202
Vacuum 313
vacuum evaporated thin films 313
varying temperature 95
velocity 399
Warm-water 266
waste tire rubber 427
water
absorption 365
water 365
wavelength 125
wavelength division 125
wavelength division multiplexing
applications 125
wear 403
welded joints 24
welding 177
Zone expansion 103
Acar Mustafa Hilmi 295
Agar Emine 151
Agarwal M K 373
Aggarwal M L 414
Ahmad S 112
Ahmedzade Perviz 58
Aktas Mehmet 103
Altinbalik Tahir 184
Altun Fatih 419
Angra Surjit 24
Anjaneyulu Y 235
Anupama L 235
Ari Kamuran 419
Arunachalam V P 7
Atiş Cengiz Duran 266
Avasthi K 253
Aydin Kamil 220
Badawy A A M 427
Badr Atef 352
Bagchi Robin K 193
Bal S 240
Balaha M M 427
Bammannavar B K 381
Basu A 125
Bedir Fevzi 303
Behera R C 240
Bhalodia J A 167
Bhattacharya T K 125
Caliskan Sinan 365
Chakraborty T K 125
Chandra B P 443
Charles S 7
Chaudhary Vibha 443
Chawla P S 414
Chen Z X 337
Choudhary Veena 436
Chougule B K 381
Das S S 69
Dash S K 209
Deepa S N 81
Demirboğa
Ramazan 158
Deshpande M P 373
Dhand Vivek 235
Dhas J Edwin Raja 177
Dhawan S K 436
Dhiman Suresh 193
Dikici Burak 303
Diliunas S 408
Dixit P.N. 313
Dogangun Adem 133
Durmuş Adem 419
Dwivedi V N 69
Evin Duygu 12
Ganesan K 257
Gavgali Mehmet 303
Geckil Tacettin 358
Goel P 64
Gopalakrishnan Kasthurirangan 39
Gowthaman 177
Gül Hasan 12
Gurumurthy K 209
Hashish M. 427
Himabindu V 235
Jain P K 48
Jain Y K 112
Jayabal S 403
Jayalakshmi M 112
Kale U 209
Kantam M Lakshmi 112
Karakuzu Ramazan 103
Keshavarz M H 77,324,386
Khanna V K 112
Köse M. Metin 419
Kuberkar D G 163
Kumanan S 177
Kumar Aravind 313
Kumar M 64
Kumar Pawan 313
Kumar Rajesh 167
Kuraria R K 443
Lal Kasturi 55
Leisis V 408
Liu CY 337
Liu J G 337
Livaoglu Ramazan 133
Madhavendra S S 112
Mahadevan K 277
Mahajan S K 119
Mahesh K Naga 235
Mahobia S K 443
Malathy R 146
Mangal R K 253
Manorama s v 112
Markna J H 167
Mustafa A Ismail 19
Naik L R 381
Nashine B K 209
Natarajan U 403
Negi N S 167
Pa
P S 202
Pai B C 277
Parmar R N 167
Pathak K K 399
Paul Sayantan 31
Pekbey Yeliz 282
Pillai U T S 277
Prabhakar R 209
Prasad C Felix 403
Prasad J S 235
Pujar R B 381
Raghukandan K 277
Rajagopal K 257
Rajan M 209
Raju V Ramachandra 95
Raju V S 235
Ram Kishore 55
Ramakrishnan N 399
Rangra V S 167
Rao B N 31
Rao K Mohana 95
Ravat K B 119
Saini Parveen 436
Sankhla Sonu 317
Sayman Onur 282
Sehgal Rakesh 24,193
Sen Faruk 282
Sengupta J B 48
Sengwa R J 317
Sharma D R 167
Sharma T.P. 313
Sharma V D 209
Sharma Vinod 24
Shekhar B R 253
Sil Anjan 309
Singh Ajit 346
Singh N B 69
Singh N P 69
Singh Sukhvir 55
Sivanandam S N 81
Sohail M Azad 19
Solanki G K 373
Solanki P S 167
Sood K N 55
Srivastava A K 55
Srivatsa K M K 125
Subramanian K 146
Sudhakar A V 95
Sukumar A A 235
Tangsrirat Worapong 289
Tasdemir Yuksel 151
Thakur Nagesh 167
Thangavel K 257
Thompson
Turk Kazim 365
Vachhani P S 167
Vaidyanathan G 209
Vanaja S 112
Venkateswara Rao M 235
Verma Pankaj Kumar 309
Vijay Y K 235
Vijian P 7
Wang G Y 337
Yadav K L 64
Yadav P K 64
Yazici Murat 215
Yazicioglu Salih 365
Yilmaz Canan 419
Zeleniakiene D 408