Nugroho, L.Z., Chiu, C.K. (2025). Post-earthquake seismic assessment method of high-rise RC-MRF buildings based on spine model approach. Structure and Infrastructure Engineering, 1-14.

Nugroho, L.Z., Chiu, C.K., Akiyama, M. (2025). Determination of importance factors in seismic design for an RC bridge pier considering the damage control under mainshock-aftershock sequences. Earthquake Engineering & Structural Dynamics, 54:2523-2535.

Nugroho, L.Z., Chiu, C.K. (2023). Damage-controlling seismic design of low- and mid-rise RC buildings considering mainshock-aftershock sequences. Structures, 57, 105099.

Chiu, C.K., Nugroho, L.Z., Liao, W.I. (2020). Estimation of seismic damage induced by near- and far-fault earthquakes using modified equivalent linearization method of mid-rise RC buildings. International Journal and Structural Stability and Dynamics, 20(13), 2041017, 32 pages

Nugroho, L.Z., Chiu, C.K., Hsiao, F.P., Gautama, S. (2020). Reliability-based constant-damage ductility demand spectra of mid-rise RC building structures using modified equivalent linearization method. Lecture Notes in Civil Engineering - EASEC16, Brisbane.

Chiu, C.K., Nugroho, L.Z., Gautama, S., Hsiao, F.P.  (2019). Reliability-based constant-damage ductility demand spectra of mid-rise RC building structures using modified equivalent linearization method. Structure and Infrastructures Engineering, 16(3), pp. 495 - 516. 

Nugroho, L.Z., Chiu, C.K. (March 2026). A Physics-Guided Two-Stage Machine Learning Framework for Latent-Space Prediction of Aftershock Response Spectra. (Submission Stage)

Nugroho, L.Z., Chiu, C.K. (August 2026). Rapid Prediction of Aftershock Acceleration Time Histories Using a Physics-Guided Conditional Generative Adversarial Network. (Manuscript Editing Stage)

Nugroho, L.Z., Chiu, C.K. (August 2026). Physics-Guided Spectral Ratio (PSR)-MELM Framework for Rapid Prediction of Aftershock-Induced Ductility Demand in Low-Rise RC Buildings. (Manuscript Editing Stage)

Nugroho, L.Z., Chiu, C.K. (August 2026). Rapid Post-Earthquake Seismic Assessment of Mid- and High-Rise RC Buildings Using a Spine Model and Machine Learning-Based Aftershock Time History Prediction. (Manuscript Editing Stage)

Nugroho, L.Z., Akiyama, M., Chiu, C.K. (March 2025). Cumulative damage assessment of RC bridge pier considering the mainshock-aftershock sequences. (Submission Stage)