Life-Cycle of Structures and Infrastructure Systems : : Proceedings of the Eighth International Symposium on Life-Cycle Civil Engineering (ialcce 2023), 2-6 July, 2023, Politecnico Di Milano, Milan, Italy.
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| Place / Publishing House: | Milton : : Taylor & Francis Group,, 2023. ©2023. |
| Year of Publication: | 2023 |
| Edition: | 1st ed. |
| Language: | English |
| Online Access: | |
| Physical Description: | 1 online resource (4241 pages) |
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Table of Contents:
- Intro
- Half Title
- Title Page
- Copyright Page
- Table of Contents
- Preface
- Acknowledgments
- Symposium Organization
- Organizing Association
- FAZLUR R. KHAN PLENARY LECTURE
- Making bridges sustainable
- KEYNOTE LECTURES
- Probabilistic life-cycle performance assessment of corroded concrete structures: Core technologies to predict the remaining service life
- The structural life of a Cathedral and the worksites of the Duomo di Milano
- Field and laboratory tests for corrosion assessment of existing concrete bridges
- Bayesian assessment of existing concrete structures: Exploiting the full power of combined information
- Safety assessment of civil infrastructure assets subjected to extreme events
- Digital transition in asset management of bridges - Advantages and challenges
- Life-cycle sea-crossing bridge operation under strong winds in severe weather
- Resilient structures: Materials | Components | Systems
- Risk and decision-making for extreme events: What terrorism and climate change have in common
- MINI-SYMPOSIA MS1: Component reuse in structures and infrastructures Organizers: O. Iuorio &
- C. Fivet
- The design and development of a demountable and reconfigurable segmented fan concrete shell flooring system
- Can we reuse plasterboards?
- Re-use of existing load-bearing structural components in new design
- Quality assurance process for reuse of building components
- Calculating embodied carbon for reused structural components with laser scanning
- Reuse of existing reinforced concrete beams: Exploration of residual mechanical characteristics and measure of environmental impact
- Designing with recovered precast concrete elements
- Building structures made of reused cut reinforced concrete slabs and walls: A case study
- Reuse of fibrous tectonics as the secondary structure of the facade system.
- Properties and durability of recycled concrete with mixed granulates: Application for infrastructures
- Behavior of bolted shear connectors for demountable and reusable UHPC-formed composite beams
- MS2: Smart condition assessment of railway bridges Organizers: T. Bittencourt, R. Calçada, D. Ribeiro, H. Carvalho, M. Massao &
- P. Montenegro
- A monitoring based digital twin for the Filstal bridges
- An application of drive-by approach on a railway Warren bridge
- Optimal design and application of 3D printed energy harvesting devices for railway bridges
- Smart condition monitoring of a steel bascule railway bridge
- A Bayesian bridge model update with complex uncertainty under high-speed train passages
- Computational analysis of a reinforced concrete railway bridge considering the soil-structure interaction
- Drive-by damage detection methodology for high-speed railway bridges applying Mel-frequency cepstral coefficients
- Evaluation of corroded reinforced concrete railway bridge subjected to concrete cracking under uncertainty
- Structural reliability analysis of vehicle-bridge interaction based dynamic response for a high-speed railway bridge
- MS3: Integrating life-cycle engineering concepts into community resilience and decision-support Organizers: J. van de Lindt, J. Padgett, A.R. Barbosa &
- N. Makhoul
- Resilience and the use of life-cycle cost analysis in civil engineering in the US
- The value of multi-criteria decision analysis for asset management
- Toward enhancing community resilience: Life-cycle resilience of structural health monitoring systems
- The life-cycle of a community for physical-social interdependent resilience impacted by policy decisions following tornado hazar
- Impact of modeling uncertainty on seismic life-cycle cost analysis of RC building under mainshock-aftershock sequences.
- Sensitivity analysis on resilience components throughout the lifecycle of an asset
- A Markovian framework to model life-cycle consequences of infrastructure systems in a multi-hazard environment
- Integrating life-cycle analysis into civil infrastructure resilience decision making: Illustrative application to seismic resilience modeling of US communities
- Smart resilience: Capturing dynamic, uncertain and evolving lifecycle conditions
- MS4: Vibration-based structural health monitoring, damage identification and residual lifetime estimation Organizers: E. Reynders, G. Lombaert, E. Chatzi &
- C. Papadimitirou
- Structural damage estimation using short-time Fourier transform and improved convolution neural networks
- Dynamic characteristic study of a heritage structure in Tiruchirappalli city using operational modal analysis
- Optimal design of a vibration-based sensor network for bridge monitoring
- Indirect bridge damage detection using frequencies identified from vibrations of a single two-axle vehicle
- Small-scale damage detection of bridges using machine learning techniques and drive-by inspection methods
- Structural health monitoring of the KW51 bridge based on detailed strain mode shapes: Environmental influences versus simulated damage
- Dissipated hysteretic energy reconstruction for high-resolution seismic monitoring of instrumented buildings
- Follow-up assessment of a prestressed concrete road bridge based on dynamic bridge behaviour - analysis of structural integrity and evaluation of maintenance condition
- Laboratory validation of an Arduino based accelerometer designed for SHM applications
- Pre-posterior effectiveness of modal extraction techniques for vibrational tests design
- MS5: Life-cycle performance assessment of civil engineering systems Organizers: M. Akiyama, D.M. Frangopol &
- H. Matsuzaki.
- Structural reliability assessment of RC shield tunnels with nonuniform steel corrosion
- Life-cycle analysis of aging structures based on reliability approach
- Baseline digital twin models for key performance management of prefabricated bridges
- Analysing the impact of local factors on the life-cycle of metallic bridge girders
- Quantifying the effects of long duration ground motions on the lifetime seismic losses of aging highway bridges
- Seismic demand hazard assessment for RC bridges considering cumulative damage over time
- Development of maintenance systems for bridge members
- Durability analysis and optimization of a prestressed concrete bridge strengthened by a fiber reinforced concrete layer
- Multivariate inspection of German steel civil infrastructure using autonomous UAS
- A lifecycle analysis approach to the impact of green roofs on the structural and thermal performances of buildings
- Deep learning-based life-cycle system reliability assessment of asphalt pavement
- Climate change impact on the integrity of structures and infrastructure in mountainous or hilly areas
- Assessing life-cycle seismic fragility of corroding reinforced concrete bridges through dynamic Bayesian networks
- MS6: Smart maintenance and AI applications Organizers: H. Furuta, N. Catbas &
- Y. Nomura
- Bolt axial force detection using deep learning based on vision methods
- Proposal of deep learning ensemble method for phased array ultrasonic testing for tube-to-tubesheet weld of heat exchange
- Innovative methods for the inspection of hydraulic structures
- Behaviour of corroded bridge bearing and full-bridge modeling
- Damage identification of corroded arch bridge using vibration characteristics and rotational angle
- Identification of spalling in concrete structures by a hammering test using autoencoder.
- Corrosion progress detection in steel bridge from vehicle-mounted camara images based on deep learning
- Development of a cable inspection robot for cable-stayed bridges
- Application of cluster analysis and Markov chain model for network-level highway infrastructure management
- Digital twin-oriented maintenance: A hybrid finite element and surrogate model approach for predicting the excavation-induced tunnel displacement
- Development of simple fatigue crack propagation monitoring using IoT
- Detection of debonding of CFRP bonded steel members using the AE method
- Condition-based maintenance of fatigue-sensitive structures using model predictive control
- A deep learning-based corrosion prediction model for paint-coated steel with defects
- MS7: Non-deterministic model updating for structural health monitoring of existing structures Organizers: M. Kitahara, M. Broggi, M. Beer &
- T. Kitahara
- System identification and damage assessment of benchmark model H
- Updating simplified jack-up model using basin test data
- Application of unscented transformation for Bayesian updating
- Environmental influence on structural health monitoring systems
- Distribution-free stochastic model updating with staircase density functions
- Efficient posterior estimation for stochastic SHM using transport maps
- Evaluating the minimum cross-section thickness of a conveyor support structure member
- Scenario-oriented analysis of bridges subjected to non-deterministic combined seismic actions based on finite element modeling
- Probabilistic-based model updating on a prestressed concrete box girder
- Applicable schemes for the Vehicle-Bridge Interaction System Identification method
- Risk-based resilience assessment framework for thermal power plants after a catastrophic seismic event.
- Non-deterministic seismic damage detection of road infrastructure analysing image training database.