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6 research outputs found

Attenuation effect of material damping on impact vibration responses of railway concrete sleepers

Author: A Manalo
AM Remennikov
AM Remennikov
D Chung
J Malveiro
M Ülker-Kaustell
Minh Vu
R Meesit
R You
S Kaewunruen
S Kaewunruen
S Kaewunruen
S Kaewunruen
S Kaewunruen
S Kaewunruen
S Kaewunruen
S Kaewunruen
S.L. Grassie
Sakdirat Kaewunruen
Sakdirat Kaewunruen
Sazrul Binti Sa’adin
Sazrul Leena Binti Sa’adin
W Zhai
Publication venue: Springer
Publication date: 28/10/2018
Field of study

University of Birmingham Research Portal

Isolating the location of scour-induced stiffness loss in bridges using local modal behaviour

Author: A Elsaid
A González
A Zarafshan
AM Shirole
API
BE Hunt
BW Melville
C-C Chen
D Cebon
D Hester
E Winkler
F Falco De
F Green
F Yang
H Nassif
JL Briaud
JV Klinga
JW Tedesco
K Wardhana
LJ Prendergast
LJ Prendergast
LJ Prendergast
LJ Prendergast
M Fisher
M Ülker-Kaustell
MC Forde
NL Anderson
R Lyons
RV Dukkipati
S Foti
SC Dutta
SH Ju
X Yu
Y Yang
YW Kwon
Publication venue: 'Springer Science and Business Media LLC'
Publication date
Field of study

Dynamic analysis of metro rail bridge subjected to moving loads considering soil–structure interaction

Author: A Romero
AM Gharad
CY Xia
Design basis report
Indian railway standard
IS 2911 (Part 1 Sec 2)
K Liu
L Fryba
M Zehsaz
M Ülker-Kaustell
N Zhang
P Feenstra
P Salcher
SH Ju
X Lei
XZ Li
Y Wang
ZP Zeng
Publication venue: 'Springer Science and Business Media LLC'
Publication date
Field of study

Effect of Soil–Pile–Structure Interaction on Seismic Design of Tall and Massive Buildings Through Case Studies

Author: A Massumi
AM Kaynia
AS Pal
D Pitilakis
HS Chore
J Stewart
J Stewart
JP Wolf
JW Meek
JW Meek
K Fan
KP Jaya
M Ghandil
M Novak
M Novak
M Çelebi
M Ülker-Kaustell
P Jennings
R Dobry
RRJ Craig
S Ismail
S Stacul
VA Baranov
Y Bao
Y Han
Publication venue: 'Springer Science and Business Media LLC'
Publication date
Field of study

Train–bridge interaction – a review and discussion of key model parameters

Study of Direct Finite Element Method of Analysing Soil–Structure Interaction in a Simply Supported Railway Bridge Subjected to Resonance

Author: A Romero
AK Chopra
AV Pesterev
B Biondi
C Song
E Kausel
E Kausel
H Xia
H Xia
H Xia
J Lysmer
J Rajasankar
JD Yau
JP Wolf
JP Wolf
JP Wolf
K Liu
L Frýba
L Pyl
L Pyl
M Ülker-Kaustell
MD Martı´nez-Rodrigo
MK Song
O Estorff von
P Museros
P Museros
RD Cook
RM Delgado
SH Ju
T Hanazato
Y Wang
YB Yang
YB Yang
YB Yang
YB Yang
YF Teng
YS Cheng
YS Wu
Publication venue: 'Springer Science and Business Media LLC'
Publication date
Field of study

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