نظام السيرة الذاتية للتدريسيين في جامعة النهرين

السيرة الذاتية للتدريسيين في
جامعة النهرين

عربي | English

معلومات شخصية

الاسم الكامل: م.د. احمد هادي عبد الرحيم محمد ال عبد ويس الجنس: ذكر سنة الميلاد: 1967 الجنسية: العراق الشهادة: دكتوراه اللقب العلمي: مدرس التشكيل: كلية الهندسة القسم: قسم الهندسة المدنية التخصص العام: هندسة مدني التخصص الدقيق: هندسة انشائية اللغة الام: العربية البريد الالكتروني الرسمي: ahmed.h.abdulraheem@nahrainuniv.edu.iq

التحصيل الاكاديمي

• الدكتوراه في الهندسة الانشائية - جامعة سونبرن - استرااليا

المهارات والمؤهلات

• مهنيون في برامج التحليل والتصميم الهيكليين بما في ذلك: برامج التحليل الهيكلي والتصميم بما في ذلك: ETAB، والسلامة، والبركون، وSTAAD pro، وبرامج تحليل العناصر المُحَدَّدة
• Microsoft Word, Excel and Power Point
• Auto CAD.

المناصب والتدرج الوظيفي

تدريسي في قسم الهندسة المدنية

اهتمامات بحثية

استخدام بوليمرات معززة بألياف الكربون في تعزيز الهياكل الخرسانية وإصلاحها، وتطوير اللواصق الاسمنتية من أجل البرامج الخاصة بتقوية الهياكل الكونكريتية

خبرات التدريس

• جامعة النهرين (2016 ولغاية الان):
Teaching staff member in Al-Nahrain University- Iraq, for different subjects including:
• Bridge design
• Engineering Drawings & AUTOCAD
• Engineering Mathematics
• Steel Design
• Concrete Design
جامعة سونبرن – استراليا (2011-2015)
Teaching staff member in Swinburne University- Australia, for different subjects including:
• Mechanics of materials
• Timber structures design
• Steel frame design
• Projects supervision
• جامعة موناش - استراليا Monash University – Australia (2012-2013
Teaching staff member in Monash University- Australia, for different subjects including:
• Structural Analysis
• Design of prestress concrete girder bridges
• Steel design
Teaching subjects:
HES 1125 Engineering Mechanics, (Swinburne University)
HES4126 Structural Engineering, (Swinburne University)
HES5196 Precast paned, Masonry and Timber structures, (Swinburne University)
CIV3221 Composite Beam, (Monash University)
CIV3222 Bridge design, Prestressed Concrete and Stiffness Matrix Analysis, (Monash University)
CIV3225 Steel Design, (Monash University)
الجامعة التكنلوجية – بغداد – العراق (2003-2006)
• Structural design engineer in the Engineering Consulting bureau
• Studying M.Sc. in structural engineering
• Teaching sessions in structural department
Subjects:
• Engineering Mechanics
• Engineering Drawings using Autocad
• High Institute of Engineering and Technology- Tripoli (1999-2001)
Teaching of civil engineering subjects including:
• Mathematics
• Engineering Drawings

الجوائز وكتب الشكر

الحصول على كتب شكر عديدة

روابط

https://scholar.google.com/citations?hl=en&user=QYnl9X4AAAAJ&view_op=list_works&authuser=2

https://www.scopus.com/authid/detail.uri?authorId=56554173600

https://publons.com/researcher/2965638/ahmed-hadi-al-abdwais/

https://orcid.org/0000-0002-2178-4217

http://linkedin.com/in/ahmed-h-al-abdwais-10282572

المنشورات

Bond Behavior between Externally Bonded CFRP Laminate and Reactive Powder Concrete using Epoxy Adhesive
A Al-Abdwais, M Mohammed, 2024
Journal of Engineering, 30, (10), 21-32
Evaluation of Bonding Properties Between CFRP Laminate and Concrete Using Externally Bonded Reinforcement on Transverse Grooves (EBROTG) Method
A Al-Tamimi, 2024
Journal of Composites Science, 8, (488), 16
Structural performance of 3D concrete printed load‑bearing walls
A Mohammed, A Al-Abdwais, 2024
Progress in Additive Manufacturing, 24

EXPERIMENTAL AND NUMERICAL ASSESSMENT OF BONDING BETWEEN GEOPOLYMER CONCRETE AND CFRP SHEET USING NSM TECHNIQUES
A Al-Abdwais, 2023
Civil and Environmental Engineering, 19, (2), 676-691
Evaluation of high temperature endurance of RC beams retrofitted with NSM technique using CFRP composites and modified cement-based adhesive
A A-Mahaidi, 2023
Engineering Structures, 264, (114445), 13
Bond Strength of NSM CFRP Textile and Concrete Using Modified Cement-Based Adhesive at High Temperature Site Exposure
A Al-Abdwais, R Al-Tamimi, 2023
Hydraulic and Civil Engineering Technology VIII, 43, 529-536

Experimental and finite element analysis of flexural performance of RC beams retrofitted using near-surface mounted with CFRP composites and cement adhesive
� Al-Abdwais, R Al-Mahaidi, 2021
Engineering Structures, 241, (112429), 1-12

Performance of reinforced concrete beams strengthened with NSM CFRP composites for flexure using cement-based adhesives
A Al-Abdwais, R Al-Mahaidi, 2020
Structures, 27, 1446-1457

Bond properties between carbon fibre reinforced polymer (CFRP) textile and concrete using modified cement-based adhesive
A Al-Abdwais, R Al-Mahaidi, 2017
Construction and Building Materials, 154, 983-992
Performance of NSM CFRP strengthened concrete using modified cement-based adhesive at elevated temperature
A Al-Abdwais, R Al-Mahaidi, A Al-Tamimi, 2017
Construction and Building Materials, 132, 296-302

Bond behaviour between NSM CFRP laminate and concrete using modified cement-based adhesive
A Al-Abdwais, R Al-Mahaidi, 2016
Construction and Building Materials, 127, 284-292
Modified cement-based adhesive for near-surface mounted CFRP strengthening system
A Al-Abdwais, R Al-Mahaidi, 2016
Construction and Building Materials, 124, 794-800

Bond Strength of NSM CFRP Textile and Concrete using Cement-base Adhesive at High Temperature
A Al-Mahaidi, 2014
7th International Conference on FRP Composites in Civil Engineering (CICE), Vancouver, Canada
Bond Strength of NSM CFRP textile and concrete using modified cement-based adhesive at high temperature
A Al-Abdwais, R Al-Mahaidi, K Abdouka, 2014
International Conference on FRP Composites in Civil Engineering (CICE) 2014, Paper 418
Near-surface mounted CFRP application on reinforced concrete members using modified cement-based adhesive
A Al-Abdwais, 2014
PhD thesis, Department of Civil Engineering, Swinburne University of Technology, Australia
Strengthening of concrete structures with near surface mounted carbon fibre reinforced polymers and cement-based adhesives
A Al-Abdwais, 2014

Modified Cement Based Adhesive for Near-Surface Mounted Strengthening System
A Al-Abdwais, R Al-Mahaidi, 2013
Fourth Asia-Pacific Conference on FRP in Structures (APFIS 2013), 11-13 December 2013, Melbourne, Australia.(2013)

1422 الزيارات - اخر تحديث لهذه الصفحة في: 2024-08-06 12:29:16

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