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ضياء نجم عبد الاميرموثق

ا.م ضياء نجم عبد الامير

استاذ مساعدالجامعة التكنولوجية

مسؤول شعبة المجلات العلمية

32

بحث Scholar

17

بحث Scopus

88

اقتباس Scholar

57

اقتباس Scopus

37

استشهادات WoS

6

h-index

Scopus(17)Google Scholar(32)ORCIDWeb of Science

المعلومات الشخصية

الاسم باللغة العربية
ضياء نجم عبد الامير
الاسم باللغة الانكليزية
Dheya Abdulamer
التولد
1982-09-09
اللقب العلمي
استاذ مساعد
الاختصاص العام
قوالب
الاختصاص الدقيق
قوالب
البريد الالكتروني
dheya.n.abdulamer@uotechnology.edu.iq
رقم الهاتف
07726611051

الإنجازات العلمية للباحث

عدد البحوث

Google Scholar
32
Scopus
17
Web of Science
13

عدد الاستشهادات

Google Scholar
88
Scopus
57
Web of Science
37

H-Index

Google Scholar
6
Scopus
4
Web of Science
4

زيارات الملف الشخصي

إجمالي الزيارات
198

التعليم

لم تتم إضافة شهادات بعد

الالقاب العلمية

استاذ مساعد
تاريخ الحصول عليه:2024-03-26

شهادات اخرى

دكتوراه
تاريخ الحصول عليه:2021-01-24
الوصف:Ph.D- Materials Engineering, TU- Bergakademie Freiberg/Germany

المناصب الوظيفية

المناصب الإدارية

مسؤول شعبة المجلات العلمية
تاريخ:2023-03-12
الى تاريخ:حتى الآن

المتعاونون

المنشورات

33

Impact of the Moulding Parameters on Flowability of Bentonite-Bonded-Green Sand Mould

Archives of Foundry Engineering
2026
ORCID

Synthesis of step-wise (Al 2 O 3 /Al) functionally graded materials using powder technology

Materials and Manufacturing Processes
2026
WoSORCID

Synthesis of step-wise (Al2O3/Al) functionally graded materials using powder technology

Materials and Manufacturing Processes, 1-11, 2026
2026استشهد به 1

Experimental and numerical evaluation of the green sand compaction process

Canadian Metallurgical Quarterly, 1-12, 2025
2025استشهد به 2
WoS

Optimising thermal and mechanical performance of grey cast iron brake rotors through advanced heat treatment protocols: a microstructural and property analysis

Canadian Metallurgical Quarterly, 1-12, 2025
2025استشهد به 2
WoS

Corrosion Behavior of (Copper/Nickel) step-wise Functionally Graded Materials

Archives of Foundry Engineering, 2025
2025استشهد به 1
WoS

Fabrication and characterization of five-element high entropy alloys

Revue des Composites et des Materiaux Avances 35 (1), 135, 2025
2025استشهد به 3
WoS

Study on the impact of moulding parameters on the flow property of green sand mould

Canadian Metallurgical Quarterly
2024استشهد به 3
WoSORCID

Utilizing taguchi method and regression analysis for optimizing sand mould flowability

Archives of Foundry Engineering, 2024
2024استشهد به 4
WoS

Numerical simulation of the bentonite-bonded sand mould compaction process using micro-mechanical parameter relationships

Canadian Metallurgical Quarterly, 1-8, 2024
2024استشهد به 3
WoS

Optimizing Sand Moulding Process through Regression Models and Destructive Testing

Archives of Foundry Engineering, 2023
2023استشهد به 2
WoS

Utilizing of the Statistical Analysis for Evaluation of the Properties of Green Sand Mould

Archives of Foundry Engineering 23 (3), 67, 2023
2023استشهد به 4
WoS

Impact of the Different Moulding Parameters on Properties of the Green Sand Mould

Archives of Foundry Engineering 23 (2), 5-9, 2023
2023استشهد به 9
WoS

Simulation of weather and metal of absorber plate impact on the characteristics of flat plate solar collector

Bilad Alrafidain Journal for Engineering Science and Technology 1 (1), 7-15, 2022
2022

Impact of Asphalt Layer and Glass Thickness on the Thermal Storage of Pavement

2021 International Conference on Communication & Information Technology …, 2021
2021استشهد به 6

Investigation of flowability of the green sand mould by remote control of portable flowability sensor

Archives of Materials Science and Engineering, 2021
2021استشهد به 6

Simulation of the Moulding Process of Bentonite-Bonded Green Sand

Archives of Foundry Engineering 21 (1), 67-73, 2021
2021استشهد به 8
WoS

New Flowability Measurement Method for Sand Moulding

Technische Universität Bergakademie Freiberg $2020., 2020
2020

Utilising flowability sensor for green sand mould characterisation

Ziggurat Journal of Materials Technology (ZJMT) 1 (1), 13-22, 2020
2020استشهد به 3

Development of mathematical relationships for calculating material-dependent flowability of green molding sand

Journal of Materials Engineering and Performance 28, 3994-4001, 2019
2019استشهد به 9
WoS

مراجعات الأقران (ORCID)

23

23

مراجعة

4

مجلة

15مرة

Thermal Science and Engineering Progress

Elsevier, Inc.

202420232022
4مرة

International Journal of Cast Metals Research

Clarivate PLC

2025
2مرة

Archives of Foundry Engineering

Clarivate PLC

2024
2مرة

Journal of Materials Engineering and Performance

Clarivate PLC

20242023