Ansam Adil Mohammed
profile background

Ansam Adil Mohammed

Assistant Professor Al-Nahrain University • College of Engineering

Teaching

Ansam Adil Mohammed is an active and dedicated researcher whose scholarly contributions have made a notable impact within the academic community. Demonstrating a strong commitment to advancing knowledge and fostering academic discourse, Mohammed has compiled a robust portfolio of peer-reviewed work. To date, this scholarly output includes 38 publications indexed on Google Scholar, reflecting a consistent dedication to rigorous investigation and academic inquiry. Mohammed’s research has garnered significant recognition from peers globally, accumulating 234 citations and achieving an h-index of 11. These metrics underscore the relevance, quality, and utility of their work in driving forward contemporary academic discussions. Known for a disciplined approach to research and a commitment to high-quality scholarship, Mohammed continues to contribute actively to the broader scientific and academic landscape, fostering collaborative growth and innovation through ongoing intellectual endeavors.

38

Scholar Pubs

26

Scopus Pubs

247

Scholar Citations

208

Scopus Citations

11

h-index

Personal information

Arabic Name
انسام عادل محمد عباس الزبيدي
English Name
Ansam Adil Mohammed
Date of birth
1975-04-27
The academic title
Assistant Professor
Certificate
Doctorate
Email
ansam.a.mohammed@@nahrainuniv..edu..iq
Phones
07811372212227

Researcher's Scientific Achievements

The number of research papers

Google Scholar
38
Scopus
26

Citations number

Google Scholar
247
Scopus
208

H-Index

Google Scholar
11
Scopus
10

Profile Views

Total Views
217

Education

Certificate

Doctorate
University name: Al- Nahrain
Country: Iraq
Date of obtaining: 2006-09-01
Master's Degree
University name: Al- Nahrain
Country: Iraq
Date of obtaining: 1999-09-01
Bachelor's Degree
University name: Al- Nahrain
Country: Iraq
Date of obtaining: 1997-09-01

Academic titles

Assistant Professor 2022-01-03

Work Positions

Administrative positions

Teaching
2001-06-01 → Present

Teaching Experience and Courses

Teaching Experience

Al-Nahrain University - College of Engineering - Department of Mechanical Engineering
Position: Teaching
Date: 0001-04-16
To: Present

Courses

I Fluid
Course Code: MEER212
Level: Bachelor
Academic Year: 2009-2026
Fluid II
Course Code: MEER222
Level: Bachelor
Academic Year: 2009-2026
Engineering and Numerical Analysis I
Course Code: MEER310
Level: Bachelor
Academic Year: 2009-2026
Engineering and Numerical AnalysisII
Course Code: MEER320
Level: Bachelor
Academic Year: 2009-2026
Research methodology
Course Code:
Level: Master
Academic Year: 2025-2026
Research methodology
Course Code:
Level: Doctorate
Academic Year: 2025-2026
Research methodology
Course Code:
Level: Master
Academic Year: 2024-2025
modeling of fluid and thermal system
Course Code:
Level: Master
Academic Year: 2025-2026
modeling of fluid and thermal system
Course Code:
Level: Master
Academic Year: 2024-2025

Research & Activities

Patents

Improved heat transfer with a tube equipped with a rotating twisted strip
Date: 2021-10-26
الفكرة هي عملية تحسين عملية انتقال الحرارة بالحمل القسري داخل انبوب مثبت داخله شريط ملتو بالحاتين :ثابت\دوار. تتضمن الفكرة استخدام نموذجين من الاشرطة الملتوية لهما نسبتي التواء(Y) (Y=6,وY=7.2) ,ثلاثة قيم من رقم رينولد(Re) (8000, 10000,و13000),وثلاثة قيم للسرعة الدورانية (RPM) هي (200,0,و400).من خلال التجربة وجد ان نسبة الالتواء (Y) ,و السرعة الدورانية (RPM) يوثران بشكل رئيسي على عملية انتقال الحرارة . بينت النتائج ان استخدام شريط ملتوي دوار داخل انبوب ينتج معدل انتقال حرارة اعلى من معدل انتقال الحرارة بالحالة الثابتة .تم خلال العمل تطوير معادلات تجريبية لرقم نسلت (Nusselt number ) ,معامل الاحتكاك ,ومعامل الاداء الحراري . بينت النتائج ان معامل انتقال الحرارة ومعامل الاحتكاك يزدادان بزيادة السرعة الدورانية للشريط الملتوي ونقصان نسبة الالتواء(Y). اعلى قيمة معدل انتقال الحرارة (Nusselt number ) عند (Y=6),(Re=8000) ,و(RPM=400) بلغت (65.55%) بالمقارنة معة حالة الانبوب الفارغ (بدون ادراج شريط ملتوي). بينما بلغت اعلى قيمة لمعامل الاحتكاك عند (Y=6),(Re=13000) ,و (RPM=400) (78.83%) بالمقارنة مع حالة الانبوب الفارغ . اعلى قيمة لمعامل الاداء الحراري بلغت (1.455) عند (Y=6),(Re=8000) ,و(RPM=400) .

Research interests

My research interests encompass all areas of mechanical engineering.

Skills in using scientific software

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Mutual Papers

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Reviews

Journals