Geoffrey W Rodgers

Geoffrey W Rodgers

University of Canterbury

H-index: 27

Oceania-New Zealand

About Geoffrey W Rodgers

Geoffrey W Rodgers, With an exceptional h-index of 27 and a recent h-index of 22 (since 2020), a distinguished researcher at University of Canterbury, specializes in the field of Engineering.

His recent articles reflect a diverse array of research interests and contributions to the field:

Performance of rocking frames with friction tension-only devices

A displacement-based design method of low-damage dual systems with hysteretic and nonlinear viscous energy dissipation

Avoiding moat wall pounding of base-isolated buildings using D3 viscous dampers

Accuracy and robustness of hysteresis loop analysis in the identification and monitoring of plastic stiffness for highly nonlinear pinching structures

Planar frame models considering system‐level interactions of a two‐story low‐damage concrete wall building

Component Test on Frictional GripNGrab Device

Mechanism development and experimental validation of self-centering nonlinear friction damper

Asymmetric friction connection bolt lever arm effects on hysteretic behaviour

Geoffrey W Rodgers Information

University

Position

Professor in Mechanical Engineering

Citations(all)

2648

Citations(since 2020)

1601

Cited By

1577

hIndex(all)

27

hIndex(since 2020)

22

i10Index(all)

77

i10Index(since 2020)

49

Email

University Profile Page

University of Canterbury

Google Scholar

View Google Scholar Profile

Geoffrey W Rodgers Skills & Research Interests

Engineering

Top articles of Geoffrey W Rodgers

Title

Journal

Author(s)

Publication Date

Performance of rocking frames with friction tension-only devices

Bulletin of the New Zealand Society for Earthquake Engineering

Kiran Rangwani

Gregory MacRae

Geoffrey Rodgers

2023/6/1

A displacement-based design method of low-damage dual systems with hysteretic and nonlinear viscous energy dissipation

Anqi Gu

Geoffrey Rodgers

Richard Henry

2023/4/19

Avoiding moat wall pounding of base-isolated buildings using D3 viscous dampers

Nikoo Hazaveh

Geoffrey Chase

Geoff Rodgers

2023/4/19

Accuracy and robustness of hysteresis loop analysis in the identification and monitoring of plastic stiffness for highly nonlinear pinching structures

Smart Structures and Systems, An International Journal

J Geoffrey Chase

Hamish Tomlinson

Geoffrey W Rodgers

Chao Xu

Virginie Avot

...

2023/2

Planar frame models considering system‐level interactions of a two‐story low‐damage concrete wall building

Earthquake Engineering & Structural Dynamics

Anqi Gu

Ying Zhou

Yiqiu Lu

Qun Yang

Richard S Henry

...

2023/11

Component Test on Frictional GripNGrab Device

Kiran Rangwani

Geoffrey Rodgers

Gregory Macrae

Shahab Ramhormozian

Charles Clifton

...

2023

Mechanism development and experimental validation of self-centering nonlinear friction damper

Engineering Structures

TY Yang

X Zuo

GW Rodgers

F Bagatini-Cachuço

2023/7/15

Asymmetric friction connection bolt lever arm effects on hysteretic behaviour

Journal of Earthquake Engineering

Jose Christian Chanchi Golondrino

Gregory Anthony MacRae

James Geoffrey Chase

Geoffrey William Rodgers

George Charles Clifton

2022/2/17

Simulation of shake‐table test for a two‐story low‐damage concrete wall building

Structural Control and Health Monitoring

Anqi Gu

Ying Zhou

Richard S Henry

Yiqiu Lu

Geoffrey W Rodgers

2022/10

Study on floor-slab out-of-plane effect of a 2-storey low-damage concrete wall building

Anqi Gu

Richard Henry

Geoffrey Rodgers

Qun Yang

Yiqiu Lu

...

2022/4/27

Nonlinear semi-active/passive retrofit design evaluation using incremental dynamic analysis

Earthquakes and Structures

Geoffrey W Rodgers

J Geoffrey Chase

Thomas Roland

Gregory A Macrae

Cong Zhou

2022/2

Seismic performance of controlled outrigger rocking wall system with different energy dissipation devices

Soil Dynamics and Earthquake Engineering

TY Yang

T Qiao

L Tobber

GW Rodgers

2022/4/1

Effect of damper sub-system stiffness on the response of a single degree of freedom system equipped with a viscous damper

Journal of Earthquake Engineering

R Xie

GW Rodgers

TJ Sullivan

2022/8/18

Real-world application of hysteresis loop analysis for stiffness identification of an instrumented building across multiple seismic events

Journal of Building Engineering

Mohammad Rabiepour

Cong Zhou

Geoffrey William Rodgers

James Geoffrey Chase

2022/1/1

Synchronized acoustic emission and gait analysis of total hip replacement patients

Biomedical Signal Processing and Control

Anthony J FitzPatrick

Geoffrey W Rodgers

JW Fernandez

Gary J Hooper

2022/4/1

Data set for a shake-table test of a 2-story low-damage concrete wall building

Journal of Structural Engineering

Yiqiu Lu

Richard S Henry

Ying Zhou

Geoffrey W Rodgers

Qun Yang

...

2022/7/1

Nonlinear finite-element modeling of HF2V lead extrusion damping devices: Generic design tool

Journal of Structural Engineering

Vishnupriya Vishnupriya

GW Rodgers

JG Chase

2022/1/1

Lead extrusion damper force modelling for seismic protection application in buildings using finite element modelling

7TH NEW ZEALAND BUILT ENVIRONMENT RESEARCH SYMPOSIUM

V Vishnupriya

GW Rodgers

JG Chase

2022/2/17

Slab Effects on Rocking Frame Performance

Kiran Rangwani

Gregory MacRae

Geoffrey Rodgers

Hossein Soleimankhani

2022/5/8

Numerical/Computational Study of the Effect of Braced Stiffness Equiped with Nonlinear Viscous Dampers on the MDOP System

7TH NEW ZEALAND BUILT ENVIRONMENT RESEARCH SYMPOSIUM

HS Ahmed

V Vishnupriya

GW Rodgers

S Wilkinson

2022/2/17

See List of Professors in Geoffrey W Rodgers University(University of Canterbury)

Co-Authors

H-index: 70
J. Geoffrey Chase

J. Geoffrey Chase

University of Canterbury

H-index: 61
Stefano Pampanin

Stefano Pampanin

Sapienza Università di Roma

H-index: 57
Brendon A Bradley

Brendon A Bradley

University of Canterbury

H-index: 49
Tim B.F. Woodfield

Tim B.F. Woodfield

University of Otago

H-index: 46
Rajesh Dhakal

Rajesh Dhakal

University of Canterbury

H-index: 37
Kenneth J. Elwood

Kenneth J. Elwood

University of Auckland

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