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احسان الشبلموثق

م.د احسان الشبل

مدرسجامعة الكوفة

32

بحث Scholar

12

بحث Scopus

266

اقتباس Scholar

209

اقتباس Scopus

150

استشهادات WoS

8

h-index

Scopus(12)Google Scholar(32)ORCIDWeb of Science

المعلومات الشخصية

الاسم باللغة العربية
احسان الشبل
الاسم باللغة الانكليزية
Ahssan M.A. Alshibil
التولد
1983-12-28
اللقب العلمي
مدرس
الشهادة
دكتوراه
البريد الالكتروني
ihssanm.ali@uokufa.edu.iq
رقم الهاتف
07807730030

الإنجازات العلمية للباحث

عدد البحوث

Google Scholar
32
Scopus
12
Web of Science
9

عدد الاستشهادات

Google Scholar
266
Scopus
209
Web of Science
150

H-Index

Google Scholar
8
Scopus
8
Web of Science
7

زيارات الملف الشخصي

إجمالي الزيارات
78

التعليم

الشهادة

دكتوراه
اسم الجامعة:ماتي
البلد:المجر
تاريخ الحصول عليه:2024-04-25

الالقاب العلمية

مدرس
تاريخ الحصول عليه:2024-06-24

المتعاونون

المنشورات

34

COUPLED ELECTRO-THERMAL DYNAMIC SIMULATION OF A WATER-COOLED PHOTOVOLTAIC/THERMAL COLLECTOR UNDER CONTRASTING CLIMATIC CONDITIONS USING TRNSYS

Results in Engineering
2026
ORCID

Batteries in PV Systems: A comprehensive analysis of performance, efficiency and cost in personal house use

International Journal of Science and Research Archive
2025استشهد به 1
ORCID

31st Workshop on Energy and Environment, December 11-12, 2025, Gödöllő, Hungary: Book of Abstracts

Hungarian University of Agriculture and Life Sciences, 2025
2025

THERMAL MANAGEMENT INSIGHTS INTO HYBRID SOLAR MODULES TOWARD ENHANCED SUSTAINABILITY

31st Workshop on Energy and Environment, 15, 2025
2025

PASSIVE GEOTHERMAL COOLING OF UNDERGROUND GARAGES: FIELD STUDY AND THERMAL ANALYSIS

31st Workshop on Energy and Environment, 11, 2025
2025

Experimental comparison of glazed and unglazed hybrid solar modules considering power productivity and cell temperature

Journal of Electrical Engineering & Technology 20 (1), 713-720, 2025
2025استشهد به 3
WoS

Comparative modeling and performance analysis of earth-air heat exchangers in hot-arid and cold-continental climates: A case study of Baghdad and Gothenburg

Energy Conversion and Management: X, 101205, 2025
2025استشهد به 6
WoS

Optimization of dual-cooling technique in perforated solar pv modules: experimental insights towards carbon neutrality and sustainability

Energy Conversion and Management: X 27, 101094, 2025
2025استشهد به 13
WoS

EVALUATION OF FIN CONFIGURATIONS FOR AN AIR-COOLED HYBRID PHOTOVOLTAIC-THERMAL SOLAR COLLECTOR

Thermal Science
2024استشهد به 16
WoSORCID

Efficiency improvement of the hybrid solar collector systems

Magyar Agrár-és Élettudományi Egyetem, 2024
2024

Performance assessments of direct contact serpentine tube based photovoltaic thermal module: an experimental comparison

Journal of Engineering and Sustainable Development 28 (4), 473-479, 2024
2024استشهد به 6

Thermal equilibrium time as a novel characteristic of nanofluid evaluation: an experimental investigation of distilled water-based binary and ternary nanofluids

Journal of Molecular Liquids 400, 124567, 2024
2024استشهد به 9
WoS

Performance enhancement attempts on the photovoltaic/thermal module and the sustainability achievements: A review

Energy 304, 132099, 2024
2024استشهد به 26
WoS

Experimental performance comparison of a novel design of bi-fluid photovoltaic-thermal module using Louver fins. Energy Reports, 9, 4518–4531

 

2023استشهد به 6

EXPERIMENTAL PERFORMANCE ASSESSMENT OF SERPENTINE COPPER TUBEBASED PHOTOVOLTAIC THERMAL MODULE

29th Workshop on Energy and Environment, December 7–8, 2023, Gödöllő …, 2023
2023

Experimental performance comparison of a novel design of bi-fluid photovoltaic-thermal module using Louver fins, Energy Rep. 9 (2023) 4518–4531

ISSN, 2023
2023استشهد به 5

Sustainability contribution of hybrid solar collector towards net-zero energy buildings concerning solar cells wasted heat

Energy for Sustainable Development 74, 185-195, 2023
2023استشهد به 33
WoS

Experimental performance comparison of a novel design of bi-fluid photovoltaic-thermal module using Louver fins

Energy Reports 9, 4518-4531, 2023
2023استشهد به 40
WoS

Thermodynamical analysis and evaluation of louver-fins based hybrid bi-fluid photovoltaic/thermal collector systems

Renewable Energy 206, 1120-1131, 2023
2023استشهد به 47
WoS

Heat Transfer Behaviour of Hybrid Solar Collector Module for Liquid-Based Type

PROCEEDINGS OF I4SDG WORKSHOP 2021: IFTOMM FOR SUSTAINABLE DEVELOPMENT GOALS
2022استشهد به 6
ORCID

مراجعات الأقران (ORCID)

54

54

مراجعة

13

مجلة

20مرة

Applied Thermal Engineering

Elsevier, Inc.

20262025
7مرة

Solar Energy

Elsevier, Inc.

20252023
4مرة

International Communications in Heat and Mass Transfer

Elsevier, Inc.

20262025
4مرة

Energy Conversion and Management X

Elsevier, Inc.

202620252024
4مرة

Results in Engineering

Elsevier, Inc.

2024
3مرة

International Journal of Thermofluids

Elsevier, Inc.

20262024
2مرة

Energy Conversion and Management

Elsevier, Inc.

20262025
2مرة

Sustainable Energy Technologies and Assessments

Elsevier, Inc.

20262025
2مرة

Applied Energy

Elsevier, Inc.

2025
2مرة

Next Materials

Elsevier, Inc.

2025
2مرة

Journal of Energy Storage

Elsevier, Inc.

2025
1مرة

Renewable Energy

Elsevier, Inc.

2026
1مرة

Journal of Cleaner Production

Elsevier, Inc.

2026