James M. Ricles

Lehigh University — United States

Engineering · Physical Sciences

58h-index11.1kcitations299works2.32yr avg
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Research Topics

Seismic Performance and Analysis(97), Hydraulic and Pneumatic Systems(93), Structural Load-Bearing Analysis(71), Vibration Control and Rheological Fluids(64), Structural Behavior of Reinforced Concrete(62)

Publications299 total

Analytical studies and pseudo-dynamic testing of an earthquake-resistant buckling-restrained braced frame
2026
Self-centering seismic-resistant steel concentrically-braced frames
2026
Cyclic Collector Force with Rotation Tests on TFW, in Advancing Knowledge on the Performance of Seismic Collectors in Steel Building Structures
Texas Advanced Computing Center·2026Open Access
Cyclic Collector Force with Rotation Tests on AFW, in Advancing Knowledge on the Performance of Seismic Collectors in Steel Building Structures
Texas Advanced Computing Center·2026Open Access
Cyclic Collector Force with Rotation Tests on MST, in Advancing Knowledge on the Performance of Seismic Collectors in Steel Building Structures
Texas Advanced Computing Center·2026Open Access
Cyclic Collector Force Tests on TFW, in Advancing Knowledge on the Performance of Seismic Collectors in Steel Building Structures
Texas Advanced Computing Center·2026Open Access
Predetermined Collector Force and Rotation Histories Tests on TFW, in Advancing Knowledge on the Performance of Seismic Collectors in Steel Building Structures
Texas Advanced Computing Center·2026Open Access
Material Tests, in Advancing Knowledge on the Performance of Seismic Collectors in Steel Building Structures
Texas Advanced Computing Center·2026Open Access
Predetermined Collector Force and Rotation Histories Tests on AFW, in Advancing Knowledge on the Performance of Seismic Collectors in Steel Building Structures
Texas Advanced Computing Center·2026Open Access
Real-time multi-directional aeroelastic hybrid simulation for tall building response under wind loading
Engineering Structures·2026Open Access
Real-time hybrid simulation of fluid–structure interaction systems using neural network models and the ALE-SSM framework
Engineering Structures·2026· 1 citedOpen Access
Multidirectional Cyclic Lateral-Load Testing of Repaired Self-Centering Cross-Laminated Timber Shear Walls
Journal of Structural Engineering·2025· 1 cited
Online Cyber‐Physical Neural Network Model for Real‐Time Hybrid Simulation
Earthquake Engineering & Structural Dynamics·2025· 1 citedOpen Access
Experimental characterization of superelastic friction dampers with a focus on cyclic response, failure behavior and reparability
Smart Materials and Structures·2025Open Access
Multi-physics framework for seismic Real-time Hybrid Simulation of soil–foundation–structural systems
Engineering Structures·2025· 3 cited
Performance and Repairability of SMA Cable-Friction Devices under Repeated Loading Conditions
2025
Recent developments and discoveries in natural hazards mitigation research at the NHERI Lehigh Experimental Facility
Frontiers in Built Environment·2025Open Access
Evaluation of Soil-Foundation-Structure Interaction of Offshore Wind Turbines under Realistic Loading Conditions Using Real-Time Hybrid Simulation
2025
Large-scale multidirectional soil-foundation-structure interaction testing of renewable energy systems
Ocean Engineering·2025· 1 citedOpen Access
Data Paper: E‐Defense Shake‐Table Tests on a Steel Moment‐Resisting Frame Supplemented With Spines and Force‐Limiting Connections
Japan Architectural Review·2025Open Access
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Frequent Co-authors

Richard Sause(30), Le‐Wu Lu(7), Maria Garlock(4), Wang We(4), Cheng Fang(4), Cheng Chen(4), Larry A. Fahnestock(3), Amit H. Varma(3), Jeffrey W. Berman(3), J. Daniel Dolan(3), Shiling Pei(3), Hans-Erik Blomgren(3), Yiyi Chen(3), John W. Fisher(3), Stephen Pessiki(2), Kent A. Harries(2), S. W. Peng(2), Yunbyeong Chae(2), Cheng Chen(2), Oya Mercan(2)