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Diaa Alkhateeb

ORCID: 0009-0007-3396-8930
Observed ORCID: 0009-0007-3396-8930
OpenAlex ID: A5117518994
Biomimetic phase-change vascular networks for ultra-compact electronics cooling: Design, simulation, and optimization
2025 · Diaa Alkhateeb · International Communications in Heat and Mass Transfer · 4
Optimizing heat transfer: A numerical investigation of pure water vapor condensation in rotating and inclined minichannels
2025 · Diaa Alkhateeb, Yuriy V. Lyulin · International Journal of Heat and Mass Transfer · 4
Quantum-enhanced thermal metamaterials with topological phase transitions
2026 · Diaa Alkhateeb · Results in Physics · 2
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First physics-informed machine learning framework for multi-objective optimization of elliptical mini-channel condensers: Integrating VOF-ETDRK4 CFD, gradient boosted surrogates, and SHAP-explainable design rules
2026 · Diaa Alkhateeb, Yuriy V. Lyulin · International Journal of Thermal Sciences · 2
Coupled thermal–healing–orientation dynamics in self-healing thermal interface materials: A dimensionless framework with entropy-production analysis
2026 · Diaa Alkhateeb, Yuriy V. Lyulin · International Communications in Heat and Mass Transfer · 1
Multiscale thermal modeling of film-forming amine protective coatings in high-pressure boiler tube walls: a physics-based framework for water chemistry optimization
2026 · O.V. Yegoshina, Diaa Alkhateeb · Applied Thermal Engineering · 1
Hybrid nanofluids with magnetically activated thermal switching
2026 · Diaa Alkhateeb · Journal of Magnetism and Magnetic Materials · 1
Enhanced vibration suppression and stability in high-speed rotating machinery: A multi-degree-of-freedom nonlinear approach
2026 · Diaa Alkhateeb · Nonlinear science. · 1
Synergistic electrowetting and magnetohydrodynamic control of phase-change heat transfer: A combined computational and artificial intelligence framework
2026 · Diaa Alkhateeb · International Journal of Thermofluids
Deep-reinforcement-learning control of magnetically reconfigurable nanofluid cooling in phase-change vascular networks
2026 · Diaa Alkhateeb · Energy Conversion and Management X
Advances in Film-Forming Amine Technologies for Corrosion Protection of Industrial Boiler Systems: A Comprehensive Review
2026 · Diaa Alkhateeb · Results in Surfaces and Interfaces
Beyond gradient-driven transport: a relaxation-constraint framework unifying classical, hyperbolic, and fractional heat and mass transfer models via the Deborah number
2026 · Diaa Alkhateeb · The European Physical Journal Plus
AI-optimized microchannel condensers for hydrogen energy and small modular reactors
2026 · Diaa Alkhateeb, Yuriy V. Lyulin · International Journal of Hydrogen Energy
Enhancing thermal conductivity in deep eutectic solvents (DESs) through nanoparticle integration for advanced heat transfer applications
2026 · Diaa Alkhateeb, Mahran Ridan · Journal of Thermal Analysis and Calorimetry
Phase-Change Material Networks with Collective Thermal Behavior
2026 · Diaa Alkhateeb · International Youth Conference on Radio Electronics, Electrical and Power Engineering (REEPE)
Advanced Numerical Modelling of Film Wise Condensation in Mini and Microchannels
2026 · Diaa Alkhateeb, Yuriy V. Lyulin · International Youth Conference on Radio Electronics, Electrical and Power Engineering (REEPE)
Modelling film condensation using the volume fraction method: optimising heat transfer in compact channels
2026 · Diaa Alkhateeb, Yu.V. Lyulin · Journal International Academy of Refrigeration
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A Mechanism-Based Dimensionless Framework for Filmwise Condensation in Minichannels
2026 · Diaa Alkhateeb, Yuriy V. Lyulin · Interfacial phenomena and heat transfer
Development of a Cooling System for Vanadium Redox Flow Batteries
2025 · Diaa Alkhateeb, Yuriy V. Lyulin · International Youth Conference on Radio Electronics, Electrical and Power Engineering (REEPE)
Numerical Study of the VOF Model for Film-Wise Condensation in Rounded, Elliptical, and Flattened Tubes
2025 · Diaa Alkhateeb, Yuriy V. Lyulin · International Youth Conference on Radio Electronics, Electrical and Power Engineering (REEPE)
Works count: 20
Citation count: 16
H-index: 2
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