Journal Paper

• Clarissa, Kono, David Mukai, Trevor Zhiqing Yeow, Taku Obara, Kiyoshi Miyahara. Experimental investigation and development of design equation for circular hollow precast high-strength concrete-filled steel tube piles under uniaxial compressive loading, Engineering Structures, Elsevier, Vol. 343, Nov. 2025.
• Kyungjin Kim, Kusunoki, Yusuke Maida, Trevor Zhiqing Yeow. Proposal and Validation of an Equivalent Damping Equation for Predicting the Response of Damaged RC Buildings in Aftershocks Using E-Defense Data of a Three-Story Building, Earthquake Engineering & Structural Dynamics, Vol. 54, Issue 40, pp. 2419-2432, Aug. 2025.
• Vladimir Vukobratovic, Trevor Zhiqing Yeow, Kusunoki. Jerk-based damage assessment and classification in RC frame buildings exposed to seismic actions, Bulletin of Earthquake Engineering, Aug. 2025.
• Ruben Boroschek, Trevor Zhiqing Yeow, Koichi Kusunoki. Nonlinear seismic response and residual drift determination combining ground acceleration data with recorded videos, Bulletin of Earthquake Engineering, Volume 23, Page 2557-2579, Mar. 2025.
• Priyana Rajbhandari, Trevor Zhiqing Yeow, David Mukai, Susumu Kono. Strain-Based Performance Evaluation of Planar Flexural Reinforced Concrete Walls, Engineering Structures, Volume 327, Mar. 2025.

Domestic Conference (Reviewed)

• Keito Nagao, Clarissa Jasinda, Trevor Zhiqing Yeow, Susumu Kono. Bending Performance of Thick Concrete SC Piles under High Compressive Axial Force, Japan Concrete Institute Annual Convention 2025, July 2025.  Official location  
• Kanami Onodera, Yoshinari Hishikawa, Trevor Zhiqing Yeow, Susumu Kono. Relationship between Shear Force and Residual Shear Crack Width in RC Beams with High Strength Shear Reinforcement, Japan Concrete Institute Annual Convention 2025, July 2025.
• Hayato Matsuzawa, Susumu Kono, Trevor Zhiqing Yeow, Masanori Tani. Numerical simulation of flexural performance of unbonded post-tensioned precast concrete beams using regularized concrete stress-strain relationship, Japan Concrete Institute Annual Convention 2025, July 2025.
• Trevor Zhiqing Yeow. Criteria for determining the optimal sensor layout for identifying building inelastic deformation mode, Japan Concrete Institute Annual Convention 2025, July 2025.  Official location  

Domestic Conference (Not reviewed / Unknown)

• Yuta Watanabe, Rena Kuroda, Clarissa Jasinda, Susumu Kono, Trevor Zhiqing Yeow, Yasuyuki Imai. Flexural Performance of Cast-in-place Concrete-filled Steel Tube Piles with Large Diameter to Thickness Ratio under Varying High Axial Load (Part 2 Experimental Results), 2025 Architectural Institute of Japan Conference, Sept. 2025.
• Hayato Matsuzawa, Susumu Kono, Masanori Tani, David Mukai, Trevor Zhiqing Yeow. Analysis on Unbonded Post-Tensioned Precast Concrete Beams Using the Concrete Stress-Strain Relationship Based on Concrete Crushing Energy, 2025 Architectural Institute of Japan Conference, Sept. 2025.
• Andre Munoz-Flores, Koichi Kusunoki, Yusuke Maida, Trevor Zhiqing Yeow. Use of the Modified Firefly algorithm for quantitatively selecting the best-fit hysteretic model of a SDOF system using input and output acceleration data after a strong earthquake event, 2025 Architectural Institute of Japan Conference, Sept. 2025.
• Kanami Onodera, Natsuho Hamada, Trevor Zhiqing Yeow, Susumu Kono, 岸田慎司, David Mukai. Analytical Study on Bending Capacity of Embedded Pile Heads of Spun Concrete Piles (Part1 Outline of Analysis Model and Results), 2025 Architectural Institute of Japan Conference, Sept. 2025.
• Natsuho Hamada, Kanami Onodera, Trevor Zhiqing Yeow, Susumu Kono, 岸田慎司, David Mukai. Analytical Study on Bending Capacity of Embedded Pile Heads of Spun Concrete Piles(Part2 Interpretation of Analysis Results and Comparison of Bending Capacity), 2025 Architectural Institute of Japan Conference, Sept. 2025.
• Kento Matsukura, Keito Nagao, Clarissa Jasinda, Susumu Kono, Trevor Zhiqing Yeow, Kiyoshi Miyahara. Bending Performance of Thick Concrete SC Piles under Varying High Axial Force (Part 1 Experiment), 2025 Architectural Institute of Japan Conference, Sept. 2025.
• Keito Nagao, Clarissa Jasinda, Susumu Kono, Trevor Zhiqing Yeow, David Mukai, 谷昌典. Bending Performance of Thick Concrete SC Piles under Varying High Axial Force (Part 2 Numerical Analysis), 2025 Architectural Institute of Japan Conference, Sept. 2025.
• Trevor Zhiqing Yeow, Keito Nagao, Clarissa Jasinda, Susumu Kono, Masanori Tani, David Mukai. Bending Performance of Thick Concrete SC Piles under Varying High Axial Force (Part 3: Use of Image Processing to Identify the Onset of Buckling), 2025 Architectural Institute of Japan Conference, Sept. 2025.
• Akiharu Ito, Yuta Watanabe, Rena Kuroda, Susumu Kono, Trevor Zhiqing Yeow, Yasuyuki Imai. Flexural Performance of Cast-in-place Concrete-filled Steel Tube Piles with Large Diameter to Thickness Ratio under Varying High Axial Load (Part 1 Experiment), 2025 Architectural Institute of Japan Conference, Sept. 2025.
• Yenifer Carol Taipicuri Huacre, Koichi Kusunoki, Yusuke Maida, Trevor Zhiqing Yeow. Damage estimation via velocity perturbation from coda wave interferometry: a case study on a 5-story concrete framed building tested at E-Defense, 2025 Architectural Institute of Japan Conference, Sept. 2025.
• Traiphob Inthachak, Trevor Zhiqing Yeow, Susumu Kono, David Mukai. Initial Study on the Influence of Asymmetric Stiffness on the Design of Buildings against Seismic Ratcheting, 2025 Architectural Institute of Japan Conference, Sept. 2025.  Official location  
• Sovannarith Prak, Priyana Rajbhandari, Susumu Kono, Trevor Zhiqing Yeow, David Mukai. Damage Prediction of Flexural Reinforced Concrete Walls Using Material Strains Part 1: Numerical Modal Validation, 2025 Architectural Institute of Japan Conference, Sept. 2025.
• Priyana Rajbhandari, Sovannarith Prak, Susumu Kono, Trevor Zhiqing Yeow, David Mukai. Damage Prediction of Flexural Reinforced Concrete Walls Using Material Strains Part 2: Validation of Strain-Based Limit States, 2025 Architectural Institute of Japan Conference, Sept. 2025.

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