Mitsuyoshi Akiyama

Professor

Waseda University

Japan

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Mitsuyoshi Akiyama is a Professor at Waseda University in Japan. His research interests encompass structural performance evaluation and seismic design, with a focus on innovative materials and methodologies for infrastructure resilience. Recent articles include studies on the application of Sorel cement for CO2 sequestering concrete, seismic fragility analysis of structures, and life-cycle approaches to sustainable infrastructure. He is actively engaged in advancing knowledge in earthquake countermeasures and performance assessment of deteriorated concrete structures.

Mitsuyoshi Akiyama

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Articles (30)

Application of Sorel cement containing magnesium carbonate as concrete fine aggregate for sequestering CO2: material and structural performance

Cyclic Loading Tests and Seismic Fragility Analysis of Rocking Arch-Shaped Segmental Pier with Annular Double Sliding System

Cyclic Loading Tests and Seismic Performance Evaluation of Arch-Shaped Concrete Masonry Segmental Pier with Annular Double Sliding System

Determination of Importance Factors in Seismic Design for an RC Bridge Pier Considering the Damage Control Under Mainshock–Aftershock Sequences

Determining effective earthquake countermeasures for bridges considering seismic and tsunami hazards based on expected post-disaster recovery time

Effect of image quality associated with corrosion-induced cracks on machine learning-based load-bearing capacity assessment of RC beams

Efficient Residual Displacement-Based Seismic Fragility Assessment Procedure for Nonlinear Systems Utilizing the Total Probability Theorem

Failure probability estimate of corroded reinforced concrete structures based on sparse representation of steel weight loss distributions

Life-cycle approaches to sustainable and resilient infrastructure: innovations in multi-hazard frameworks

Modeling the spatial corrosion of strand and FE-based Monte Carlo simulation for structural performance assessment of deteriorated PC beams

An analytical model for asymmetric wire breaking in unbonded prestressed single- and multi-strands

Probabilistic connectivity assessment of bridge networks considering spatial correlations associated with flood and seismic hazards

Probabilistic Connectivity Assessment of Road Networks Subjected to Ground Motion and Tsunamis Considering the Spatial Correlations among Hazard Intensities

Autonomous detection of steel corrosion spatial variability in reinforced concrete using X-ray technology and deep learning-based semantic segmentation

Effects of spatial corrosion distribution and prestressing levels on the structural performance of deteriorated PC beams

Investigation of corrosion-induced cracks using corrosion products quantified by an X-ray technique and FE analysis of single- and multiple-rebar beams

LRFD methodology for river embankments against non-stationary flooding under climate change

Tsunami insurance portfolio optimization for coastal residential buildings under non-stationary sea level rise effects based on sample average approximation

IABSE Survey of Implemented Decision-making Models used by Public and Private Owners/Operators of Road- and Railway Infrastructures

Probabilistic structural identification and condition assessment of prestressed concrete bridges based on Bayesian inference using deflection measurements

Effects of galvanostatic and artificial chloride environment methods on the steel corrosion spatial variability and probabilistic flexural capacity of RC beams

Framework for probabilistic tsunami hazard assessment considering the effects of sea-level rise due to climate change

Multi-objective optimisation of in-service asphalt pavement maintenance schedule considering system reliability estimated via LSTM neural networks

Precast RC Blocks with Connections Composed of Steel Shear Keys and CFRP Sheets for the Superstructure of Temporary Bridges in a Postdisaster Situation

Random field-based reliability updating framework for existing RC structures incorporating the effect of spatial steel corrosion distribution

A novel casting procedure for SFRC piles without shear reinforcement using the centrifugal forming technique to manipulate the fiber orientation and distribution

Effect of the interaction of corrosion pits among multiple tensile rebars on the reliability of RC structures: Experimental and numerical investigation

Modelling method of fibre distribution in steel fibre reinforced concrete based on X-ray image recognition

Probabilistic estimation of flexural loading capacity of existing RC structures based on observational corrosion-induced crack width distribution using machine learning

Reliability-based life-cycle cost design of asphalt pavement using artificial neural networks

Collaborators (7)

Jose Matos

Siyi Jia

Sopokhem Lim

Dan M. Frangopol

Alfred Strauss

Hiroshi Matsuzaki

Joan R. Casas

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