Pouya Amirchoupani

Pouya Amirchoupani is a Ph.D. graduate of Structural Engineering from the BNUT. He currently works at the Earthquake and Structural Engineering Department as an academic research advisor professor and teaching assistant professor from 2016 to the present. His research area focuses on Earthquake Engineering, Seismic Design, Performance-based Earthquake Engineering, Energy-based Design, Risk Assessment, Dynamic Analysis, Probabilistic and Deterministic Risk Evaluation, and Structural Engineering.

Living in : Iran

Gender : MaleRace : Middle Eastern

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Educations

Structural EngineeringPhDBabol Noshirvani University of Technology2020-12-30 Iran

Supervisor's name :Professor Gholamreza Abdollahzadeh

Title :

The development of inelastic displacement ratio based on energy damage index

Structural EngineeringMaster'sAlaodoleh Semnani Institute of Higher Education2016-01-28 Iran

Supervisor's name :Professor Ahmad Niknam

Title :

The Dependency of Collapse Capacity of RC-MRF to Maximum Considered Earthquake

Civil EngineeringBachelor'sIslamic Azad University2013-09-20 Iran

Work Experiences

Visiting Professor

at BNUT

Start : 14-Sep-2017

End : 14-Sep-2023

Advisor Professor

at BNUT

I am currently working in this role

Journal Publications

Publication Title :

Spectral acceleration matching procedure with respect to normalization approachFirst author

Journal :

Bulletin of Earthquake Engineering

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Publication Title :

Improvement of energy damage index bounds for circular reinforced concrete bridge piers under dynamic analysisFirst author

Journal :

Structural Concrete

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Publication Title :

Quantifying the optimal time gap between consecutive eventsCorresponding author

Journal :

Asian Journal of Civil Engineering

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Publication Title :

Development of inelastic displacement ratio using constant energy-based damage index for performance-based designFirst author

Journal :

Bulletin of Earthquake Engineering

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Publication Title :

The constant damage inelastic displacement ratio for performance design of self-centering systems under far-field earthquake ground motionsFirst author

Journal :

Structure

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Publication Title :

The damage-based inelastic displacement ratio for performance-based design of fully self-centering systems under pulse-like near-fault earthquake ground motionsFirst author

Journal :

Structure

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Research Keywords

Concrete

earthquake

incremental dynamic analysis

seismic evaluation

damage-based design

performance-based design

Energy-based Design

self-centering