Journal of Performance of Constructed Facilities (ASCE) - v. 37, n. 3 (Juni 2023)

Erschienen:	Juni 2023

Autor(en)	Titel	Seite(n)
Kim, Yongwook / Florio, Salvatore / Wang, Qian	Behavior and Design of Standard Wide-Flange Steel Columns Subjected to Near-Field Detonations
Chang, Taeyeon / Lee, Gyueun / Chi, Seokho	Development of an Optimized Condition Estimation Model for Bridge Components Using Data-Driven Approaches
Weeks, Daniel J. / Parker, Samuel	Discovering Water- and Fuel-System Maintenance Requirements Using Historic Work Order Cost Data: Data and Text-Mining Approach
Xia, Junyuan / Yuanzhou, Zhiyuan / Ji, Bohai / Jiang, Xiao	An Eddy Current Testing Method Based on Magnetic Induction Intensity for Detecting Cracks in Steel Bridge Decks
Ebrahimpour, Arya / Shokrgozar, Ali / Mashal, Mustafa	Field Performance of High-Early-Strength Concrete with Polypropylene Fibers as a Cost-Effective Alternative for Longitudinal Connection between Bridge Deck Bulb-T Girders
Tian, Zhiyao / Xu, Pingbao / Gong, Quanmei / Zhao, Yu / Zhou, Shunhua	Health-Degree Model for Stagger-Joint-Assembled Shield Tunnel Linings Based on Diametral Deformation in Soft-Soil Areas
Wang, Shiguang / Zhu, Zimo / Zhu, Songye	Monitoring and Assessment of Vibration Impact on Ultraprecision Equipment in a Hospital throughout a Whole Construction Period
Nguyen, Vu Nguyen / Van Cao, Vui	Performance of Postfire Reinforced Concrete Beams Retrofitted with External Bonded and Near-Surface Mounted CFRP: Experiments and Analyses
Zhang, Yan / Wang, Zicheng / Kuang, Hewei / Fu, Feng / Yu, Aiping	Prediction of Surface Settlement in Shield-Tunneling Construction Process Using PCA-PSO-RVM Machine Learning
Ni, Youhao / Mao, Jianxiao / Wang, Hao / Xi, Zhuo / Xu, Yinfei	Toward High-Precision Crack Detection in Concrete Bridges Using Deep Learning

Autor(en)

Titel

Seite(n)

Kim, Yongwook / Florio, Salvatore / Wang, Qian

Behavior and Design of Standard Wide-Flange Steel Columns Subjected to Near-Field Detonations

Chang, Taeyeon / Lee, Gyueun / Chi, Seokho

Development of an Optimized Condition Estimation Model for Bridge Components Using Data-Driven Approaches

Weeks, Daniel J. / Parker, Samuel

Discovering Water- and Fuel-System Maintenance Requirements Using Historic Work Order Cost Data: Data and Text-Mining Approach

Xia, Junyuan / Yuanzhou, Zhiyuan / Ji, Bohai / Jiang, Xiao

An Eddy Current Testing Method Based on Magnetic Induction Intensity for Detecting Cracks in Steel Bridge Decks

Ebrahimpour, Arya / Shokrgozar, Ali / Mashal, Mustafa

Field Performance of High-Early-Strength Concrete with Polypropylene Fibers as a Cost-Effective Alternative for Longitudinal Connection between Bridge Deck Bulb-T Girders

Tian, Zhiyao / Xu, Pingbao / Gong, Quanmei / Zhao, Yu / Zhou, Shunhua

Health-Degree Model for Stagger-Joint-Assembled Shield Tunnel Linings Based on Diametral Deformation in Soft-Soil Areas

Wang, Shiguang / Zhu, Zimo / Zhu, Songye

Monitoring and Assessment of Vibration Impact on Ultraprecision Equipment in a Hospital throughout a Whole Construction Period

Nguyen, Vu Nguyen / Van Cao, Vui

Performance of Postfire Reinforced Concrete Beams Retrofitted with External Bonded and Near-Surface Mounted CFRP: Experiments and Analyses

Zhang, Yan / Wang, Zicheng / Kuang, Hewei / Fu, Feng / Yu, Aiping

Prediction of Surface Settlement in Shield-Tunneling Construction Process Using PCA-PSO-RVM Machine Learning

Ni, Youhao / Mao, Jianxiao / Wang, Hao / Xi, Zhuo / Xu, Yinfei

Toward High-Precision Crack Detection in Concrete Bridges Using Deep Learning

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Journal of Performance of Constructed Facilities (ASCE) - v. 37, n. 3 (Juni 2023)

Artikel in dieser Ausgabe

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Journal of Performance of Constructed Facilities (ASCE) - v. 37, n. 3 (Juni 2023)

Artikel in dieser Ausgabe

Sie haben Ihr monatliches Download-Limit überschritten! Structurae Plus-Abonnent·innen können 30 Medien bzw. Datensätze pro Monat herunterladen. Structurae Pro-Nutzer·innen sind auf 50 beschränkt.

Pflichtangaben

Sie haben Ihr monatliches Download-Limit überschritten!

Structurae Plus-Abonnent·innen können 30 Medien bzw. Datensätze pro Monat herunterladen.
Structurae Pro-Nutzer·innen sind auf 50 beschränkt.