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4 research outputs found

Aligned carbon nanotube–epoxy composites: the effect of nanotube organization on strength, stiffness, and toughness

Author: A Lekawa-Raus
A Windle
Alan Windle
Anastasiia Mikhalchan
B Aleman
BL Wardle
C Jiang
CB Bucknall
CE Ayres
F Xu
FT Fisher
FT Fisher
GS Duesberg
H Cebeci
H Huang
HY Zhu
IY Stein
IY Stein
J Qiu
J Varischetti
JJ Vilatela
JJ Vilatela
K Koziol
L Liu
LK Grunenfelder
M Li
M Mecklenburg
M Naraghi
M Zhang
N Behabtu
N Lachman
NJ Ginga
PD Bradford
PE Lopes
QF Cheng
R Rafiee
RJ Mora
S Boncel
SG Miller
SS Tavares
T Centea
T Filleter
TH Nam
Thurid Gspann
TS Gspann
TS Gspann
W Ma
Y Shimamura
Z Spitalsky
Publication venue: 'Springer Science and Business Media LLC'
Publication date: 01/01/2016
Field of study

10.1007/s10853-016-0228-6Journal of Materials Science512210005-1002

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Control of morphology for energy dissipation in carbon nanotube forests

Author: A Cao
A Thess
Ashok Kumar
C Daraio
C Singh
C-M Seah
EW Wong
J Kong
JH Hafner
JH Hafner
JN Coleman
L Ci
M Endo
M Joseyacaman
Matthew W. Brenner
MMJ Treacy
MR Falvo
MR Machmann
N Das
NJ Ginga
R Andrews
S Fan
S Iijima
SJ Tans
SJ Tans
SS Meysami
TC Wu
TW Ebbesen
TY Lee
TY Lee
Veera M. Boddu
VP Veedu
ZF Ren
Publication venue: 'Springer Science and Business Media LLC'
Publication date
Field of study

Micromechanics-based modeling of elastic modulus and coefficient of thermal expansion for CNT-metal nanocomposites: effects of waviness, clustering and aluminum carbide layer

Author: AM Esawi
B Chen
B Chen
B Guo
CF Deng
CM Kuo
CN He
DL Shi
F Ostovan
FT Fisher
GD Seidel
H Choi
H Kwon
H Li
HM Hsiao
I Dinaharan
J Aboudi
J Aboudi
J Pan
J Shuai
J Wang
JG Park
K Shirasu
K Yanase
KM Subodh
KS Munir
KT Kashyap
L Tian
LH Shao
M Ahmadi
M Aydogdu
M Haghgoo
M Sharma
MF Yu
N Hu
N Nouri
ND Dat
NJ Ginga
P Yang
R Ansari
R Narayanasamy
R Pérez-Bustamante
R Xu
S Khoddam
S Saadallah
SI Kundalwal
SI Kundalwal
SI Kundalwal
SP Rawal
SR Bakshi
SR Bakshi
T Mori
XQ Liu
Y Pan
Y Tang
ZY Liu
ZY Liu
Publication venue: 'Springer Science and Business Media LLC'
Publication date
Field of study

A new numerical approach for low velocity impact response of multiscale-reinforced nanocomposite plates

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