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محمود حسن داخل الحفاظيVerified

Mahmood Hasan Dakhil Alhafadhi

Sumer University

53

Scholar Pubs

354

Scholar Citations

12

h-index

Google Scholar(53)ORCID

Personal information

Arabic Name
محمود حسن داخل الحفاظي
English Name
Mahmood Hasan Dakhil Alhafadhi
Date of birth
0001-01-01
Email
mahmoodhs199@gmail.com

Researcher's Scientific Achievements

The number of research papers

Google Scholar
53
Scopus
0

Citations number

Google Scholar
354
Scopus
0

H-Index

Google Scholar
12
Scopus
0

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Total Views
72

Education

No certificates added yet

Collaborators

Publications

50

Calculation of preheating temperature of different steels applied in vehicle industry

Pollack Periodica, 606.2025. 01446, 2026
2026

Data-Driven Thermal Optimization of Drill Geometry in Titanium Machining: FEM Modeling and Experimental Insights

Journal of Manufacturing and Materials Processing 10 (3), 109, 2026
2026

Experimental investigation of the pressure distribution on the cylinder in wind tunnel

Pollack Periodica, 606.2026. 01517, 2026
2026

Influence of Welding Thermal Cycles on Microstructure and Impact Toughness of High-Strength Steels: A Gleeble Simulation Study

Journal of Materials Research and Technology, 2026
2026

Comparative CFD study of heat transfer enhancement in a Solar-Exposed pipe using Al2O3–Water nanofluid

Results in Physics, 108684, 2026
2026

Theoretical Foundations of Mechanical Design for Improving Machine Productivity during the Cutting Process

Advances in Science and Technology 181, 161-167, 2026
2026

Investigation of materials and corrosion characteristics of steel in crude oil pipelines

Pollack Periodica 21 (1), 8-16, 2026
2026Cited by 1

Digital twin model for performance analysis and manufacturing process optimization

Pollack Periodica, 606.2025. 01511, 2026
2026Cited by 2

Computational Analysis of Hydrogen Addition Effects on the Combustion Performance of Biogas in Energy Systems

Results in Engineering, 109604, 2026
2026Cited by 2

Sustainable High-Performance Antifouling Membranes Enabled by Plant-Based Organic Nano-Additives for Wastewater Treatment

RSC Sustainability, 2026
2026
WoS

Performance Optimization of PES/Bi2WO6-TiO2 Mixed-Matrix Membranes for High-Efficiency Treatment of Contaminated Wastewater

Chemical Engineering Journal Advances, 2026
2026
WoS

Synergistic Engineering of PES Nanocomposite Membranes via Bi2WO6/TiO2 Nanowire Heterojunctions for Advanced Wastewater Treatment

Case Studies in Chemical and Environmental Engineering, 2026
2026Cited by 4

Optimization of Operating and Preparation Parameters of TiO2-BiFeO3 Nanoparticle-Integrated PES Membranes for Dye Removal

Desalination and Water Treatment, 101781, 2026
2026
WoS

Tuning Fabrication and Operating Conditions of PES/Bi2WO6/MWCNTs Membranes for Improved Dye Separation Performance

chemengineering 10 (44), 2026
2026
WoS

Influence of Functionalization Solvents and Ligands on Fe(III) Catalysis in Epoxide Ring‐Opening Reactions Using Mesoporous Silica Supports

ChemistrySelect
2026Cited by 1
WoSORCID

Numerical simulation of residual stresses induced by MIG welding considering initial conditions

Materials Science Forum 1153, 33-41, 2025
2025Cited by 4

Strategic analysis of limitations in high-performance machining systems

Results in Engineering 27, 105991, 2025
2025Cited by 6

Treating wastewater contaminated with congo red (CR) dye using an optimized polyethersulfone/propolis (bee glue) PES/PRS ultrafiltration membrane

RSC Advances
2025Cited by 30
WoSORCID

A novel Poly(ether-Sulfone) mixed matrix membranes infused with TiO2-BiFeO3 nanomaterials for the removal of toxic Congo red dye from textile wastewater

Chemical Engineering Journal Advances, 100867, 2025
2025Cited by 14
WoSORCID

Lab-scale sequencing batch reactor online monitoring and control for biological treatment of synthetic wastewater

Desalination and Water Treatment, 101326, 2025
2025Cited by 2
WoS

Peer Reviews (ORCID)

11

11

Reviews

3

Journals

8times

Results in Engineering

Elsevier, Inc.

20262025
2times

Journal of Advanced Joining Processes

Elsevier, Inc.

2025
1times

Next Materials

Elsevier, Inc.

2026