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Jasim M. Mahdi

University of Baghdad•College of Engineering

Center of Excellence in Renewable Energy

Jasim M. Mahdi is an associate professor of energy engineering at the University of Baghdad. He holds a Ph.D. in Engineering Science from Southern Illinois University, USA. His research is currently centered on (i) multiphysics modeling and experimental characterization of phase-change heat storage as an efficient method for matching energy supply and demand in advanced energy conversion systems, and (ii) computational fluid dynamics (CFD) simulation for performance optimization of renewable energy systems.

127

Scholar Pubs

112

Scopus Pubs

6,982

Scholar Citations

6,001

Scopus Citations

5,631

WoS Citations

h-index

Scopus(112)Google Scholar(127)ORCID Web of Science

Personal information

Arabic Name: جاسم محمد مهدي محمد الربيعي
English Name: Jasim M. Mahdi
Date of birth: 0001-01-01
Email: jasim.m@coeng.uobaghdad.edu.iq
Phones: 07729144189

Researcher's Scientific Achievements

The number of research papers

Google Scholar

127

Scopus

112

Web of Science

111

Citations number

Google Scholar

6982

Scopus

6001

Web of Science

5631

H-Index

Google Scholar

Scopus

Web of Science

Profile Views

Total Views

107

Education

No certificates added yet

Work Positions

Administrative positions

Name	Date	To Date
Center of Excellence in Renewable Energy	2026-09-16	Present

Center of Excellence in Renewable Energy

Date:2026-09-16

To Date:Present

Collaborators

Suggested collaborators

Adnan hashim abdulkadhim

+3 mutual

Abdul Amir Hassan Kadhum

+2 mutual

Haydar Abdulameer Marhoon

+1 mutual

Prof. Dr. Shafik S. Shafik

+1 mutual

Sajjad Firas Abdulameer Marhoon Alkafaji

+1 mutual

Talib M Albayati

+1 mutual

Publications

123

Spatiotemporal patterns of bifacial and monofacial photovoltaic energy potential in an arid climate zone

International Journal of Low-Carbon Technologies 21, ctag124, 2026

2026

WoS

Novel multi-lobed tube designs for efficient latent thermal energy storage: A comprehensive study of single and dual-tube configurations

Journal of Energy Storage 165, 122298, 2026

2026

WoS

Climate-driven evolution of wind energy potential in Iraq: A multi-model ensemble projection

Journal of Renewable Energy and Environment, e245607, 2026

2026

Structural fin configurations for enhanced thermal performance of latent heat storage in building heating applications

International Communications in Heat and Mass Transfer 172, 110429, 2026

2026Cited by 4

WoS

Design optimization and performance analysis of a PCM-to-air heat exchanger with optimized fin configuration for building heating applications

International Communications in Heat and Mass Transfer 169, 109764, 2025

2025Cited by 5

WoS

Efficient thermal management of PVT systems via water-PCM hybridization: New design with optimized geometrical configuration

Applied Thermal Engineering, 128431, 2025

2025Cited by 16

WoS

Accelerated discharging kinetics in zigzag- shaped triplex-tube latent heat storage with nano-modified phase change materials additives

Case Studies in Thermal Engineering

2025Cited by 13

WoSORCID

Green building evolution: enhancing energy efficiency and structural performance through innovative rice water and grey clay composite material: RZ Homod et al.

Journal of Thermal Analysis and Calorimetry 150 (3), 1669-1689, 2025

2025Cited by 11

Massive energy reduction and storage capacity relative to PCM physical size by integrating deep RL clustering and multi-stage strategies into smart buildings to grid reliability

Journal of Energy Storage 109, 115058, 2025

2025Cited by 44

WoS

Evaluation of Multi-Branch Fin Inserts for Improved Thermal Response in Latent Heat Storage Systems: A Numerical Approach

Case Studies in Thermal Engineering, 106464, 2025

2025Cited by 18

WoS

Flattening power curves in smart buildings: Deep reinforcement learning for enhancing chiller performance and binary phase change materials

Journal of Energy Storage 140, 119163, 2025

2025Cited by 8

WoS

Optimizing the shell-and-multitube latent heat thermal storage: Influence of tube layout and fin design on consecutive/simultaneous operation modes

International Communications in Heat and Mass Transfer 167, 109301, 2025

2025Cited by 10

WoS

Boosting energy storage and recovery in shell-and-multitube latent heat storage systems through sunburst-distributed radial fins

International Communications in Heat and Mass Transfer 167, 109360, 2025

2025Cited by 10

WoS

An efficient approach for latent heat storage: Novel system design with wavy interconnecting fins and dual-mode operation

Journal of Energy Storage 138, 118652, 2025

2025Cited by 5

WoS

Innovative pipe profile configurations for fast charging of phase change material in compact thermal storage systems for building heating applications

Case Studies in Thermal Engineering 69, 106036, 2025

2025Cited by 11

WoS

Efficient thermal management of PEM fuel cells using cascaded multi-layer phase change materials: Analysis of series and parallel configurations

Applied Thermal Engineering 270, 126294, 2025

2025Cited by 19

WoS

Artificial intelligence-driven analysis of dynamic melting in open shell-and-tube latent-heat storage: Effects of PCM inlet pressure, port geometry, and positioning

Journal of Energy Storage 105, 114607, 2025

2025Cited by 11

WoS

Peer Reviews (ORCID)

191

Reviews

Journals

102times

Clarivate PLC

2025202420232022202120202019

14times

International Communications in Heat and Mass Transfer

Elsevier, Inc.

2026202520242023

13times

Journal of Energy Storage

Elsevier, Inc.

2026202520242023

8times

Applied Thermal Engineering

Elsevier, Inc.

202520242023

6times

Solar Energy

Elsevier, Inc.

202620252024

5times

International Journal of Heat and Mass Transfer

Elsevier, Inc.

20262025

4times

Renewable Energy

Elsevier, Inc.

20262025

3times

Case Studies in Thermal Engineering

Clarivate PLC

20232021

3times

Energies

MDPI

2022

3times

Nanomaterials

MDPI

2022

2times

Solar Energy Materials and Solar Cells

Elsevier, Inc.

20252024

2times

Sustainable Energy Technologies and Assessments

Elsevier, Inc.

2024

2times

Energy

Elsevier, Inc.

20242023

2times

Applied Energy

Elsevier, Inc.

20242023

2times

Journal of Thermal Analysis and Calorimetry

Springer Nature

2024

2times

Energy Nexus

Clarivate PLC

2023

2times

Materials

MDPI

2022

2times

International Journal of Low-Carbon Technologies

Clarivate PLC

2022

2times

Cleaner Engineering and Technology

Clarivate PLC

20212020

2times

Passer Journal of Basic and Applied Sciences

Clarivate PLC

2020

2times

Journal of Engineering

Clarivate PLC

2019

1times

Energy Conversion and Management

Elsevier, Inc.

2025

1times

Cogent Engineering

Clarivate PLC

2025

1times

International Journal of Heat and Fluid Flow

Elsevier, Inc.

2024

1times

Sustainable Cities and Society

Elsevier, Inc.

2023

1times

Results in Engineering

Clarivate PLC

2022

1times

International Journal of Renewable Energy Development

Clarivate PLC

2022

1times

Energy Reports

Clarivate PLC

2020

1times

Heliyon

Clarivate PLC

2020

Jasim M. Mahdi

Personal information

Researcher's Scientific Achievements

The number of research papers

Citations number

H-Index

Profile Views

Education

Work Positions

Administrative positions

Collaborators

Suggested collaborators

Publications

Spatiotemporal patterns of bifacial and monofacial photovoltaic energy potential in an arid climate zone

Novel multi-lobed tube designs for efficient latent thermal energy storage: A comprehensive study of single and dual-tube configurations

Climate-driven evolution of wind energy potential in Iraq: A multi-model ensemble projection

Structural fin configurations for enhanced thermal performance of latent heat storage in building heating applications

Smart Buildings Envelope Utilize Triple PCM for Offset and Reduce Peak Load Using Deep Clustering of Multi-agent Control

Enhanced Thermal Management of Lithium-Ion Pouch Cells Using Hybrid Phase Change Material-Liquid Cooling Approach

Augmenting solidification dynamics in double-pipe latent heat storage: Exploring optimized curved fin configurations

Design optimization and performance analysis of a PCM-to-air heat exchanger with optimized fin configuration for building heating applications

Efficient thermal management of PVT systems via water-PCM hybridization: New design with optimized geometrical configuration

Accelerated discharging kinetics in zigzag- shaped triplex-tube latent heat storage with nano-modified phase change materials additives

Green building evolution: enhancing energy efficiency and structural performance through innovative rice water and grey clay composite material: RZ Homod et al.

Massive energy reduction and storage capacity relative to PCM physical size by integrating deep RL clustering and multi-stage strategies into smart buildings to grid reliability

Evaluation of Multi-Branch Fin Inserts for Improved Thermal Response in Latent Heat Storage Systems: A Numerical Approach

Flattening power curves in smart buildings: Deep reinforcement learning for enhancing chiller performance and binary phase change materials

Optimizing the shell-and-multitube latent heat thermal storage: Influence of tube layout and fin design on consecutive/simultaneous operation modes

Boosting energy storage and recovery in shell-and-multitube latent heat storage systems through sunburst-distributed radial fins

An efficient approach for latent heat storage: Novel system design with wavy interconnecting fins and dual-mode operation

Innovative pipe profile configurations for fast charging of phase change material in compact thermal storage systems for building heating applications

Efficient thermal management of PEM fuel cells using cascaded multi-layer phase change materials: Analysis of series and parallel configurations

Artificial intelligence-driven analysis of dynamic melting in open shell-and-tube latent-heat storage: Effects of PCM inlet pressure, port geometry, and positioning

Peer Reviews (ORCID)