MEHRDAD MASOUMI

I have a master's degree in textile engineering from Isfahan University of Technology. Experienced in all stages of study, design and construction of textile composite structures (especially 2D and 3D woven fabrics, and braiding structure).

Living in : Iran

Gender : MaleRace : White

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Academic Profile

Posts

Contact Information

-Email

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Educations

Textile EngineeringMaster'sIsfahan University of Technology2017-02-18 Iran

Supervisor's name :Seyed mahdi hejazi

Title :

Investigation of Flexural and Compressive of Composite Pipes Reinforced with Hybrid Fibers Produced by Filament Winding Method

Textile EngineeringBachelor'sYazd University2009-09-22 Iran

Supervisor's name :Dr. Roya Dastjerdi

Title :

Investigation of the possibility of nano-hydrophobic finishing on cotton-polyester blended fabrics

Work Experiences

Production manager

at Doreen Riss

I am currently working in this role

Manager Of Quality Control Lab

Start : 01-May-2016

End : 01-Jan-2019

Technical Manager

Start : 01-May-2018

End : 01-Mar-2019

Research and Development

at Doreen riss

Start : 01-Mar-2019

End : 20-Mar-2022

English Scores

TOEFL27-Jul-2022

100/120Total

Reading :

27/30

Listening :

27/30

Speaking :

21/30

Writing :

25/30

Conferences

Your Presentation Title :

Assessing the bending properties of hybrid composites

Conference Name :2th Iranian National Textile E

Iran

2021

Your Presentation Title :

The Effect of Slippage Tendency on Tensile Properties of Filament Wound Composite Structures

Conference Name :1st International Conference on Composite Pipes, Vessels & Tanks

Iran

2015

Journal Publications

Publication Title :

Theoretical and Experimental Investigation into the Adhesion between Fiber-Reinforced Bitumen and Aggregates by Using Pull-out MethodFirst author

Link :

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Publication Title :

Investigation flexural behavior of hybrid-reinforced layered filament wound pipes using experimental tests and numerical modelFirst author

Journal :

Journal of the Textile Institute

Link :

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Publication Title :

Intralayer hybridization of triaxially braided composite lamina using carbon and basalt fibers: Experimental and numerical studyFirst author

Journal :

Composite Structures

Link :

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Publication Title :

An Experimental Investigation into Flexural Properties of Hybrid Carbon-Basalt Triaxially Braided Composite LaminaFirst author

Journal :

Composite Structures

Link :

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Research Keywords

filament winding

Hybrid composite pipe

Triaxially Braided Composite

Textile Composite

Awards

First Rank Student in UniversityBachelor