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Author

Djalal Hamed

Observed name: Djalal HAMED
ORCID: 0000-0003-2740-7647
Observed ORCID: 0000-0003-2740-7647
OpenAlex ID: A5094064399
Cross-Verification and validation of steady-state OPAL research reactor neutronic models using OpenMC and MCNP5 Codes: A foundation for advanced coupled simulations
2025 · Djahid Lababsa, Hakim Mazrou, et al. · Annals of Nuclear Energy · 6
A Monte Carlo-based two-step neutronic‒thermal-hydraulic coupling framework for steady-state and transient analysis of the OPAL research reactor
2026 · Hakim Mazrou, Djahid Lababsa, et al. · Annals of Nuclear Energy · 1
Assessing the impact of modeling assumptions on steady-state thermal-hydraulic safety margins in research reactors: The OPAL case
2026 · Djalal Hamed, Hakim Mazrou, et al. · Progress in Nuclear Energy
Bridging System-Code and Subchannel Approaches: A Pseudo-2D Thermal-Hydraulic Modeling Strategy Based on RELAP5 Safety analysis of an MTR-Type Research Reactor Core
2026 · Djalal HAMED, Hakim MAZROU · SSRN Electronic Journal
Bridging System-Code and Subchannel Approaches: A Pseudo-2D Thermal-Hydraulic Modeling Strategy for MTR-Type Research Reactor Cores using RELAP5/Mod3.2
2026 · Hakim MAZROU, Djalal HAMED · SSRN Electronic Journal
Numerical investigation of Merkel simplifying assumptions for the thermal analysis of forced draft wet cooling tower
2024 · Djalal HAMED · Energy and Thermofluids Engineering
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Lumped parameter model for the safety assessment of the IAEA 10MW benchmark reactor during a protected loss of flow accident
2023 · Djalal Hamed · Energy and Thermofluids Engineering
An Analytical and Numerical Solutions for the Thermal Analysis of a Mechanical Draft Wet Cooling Tower
2022 · Djalal HAMED · SSRN Electronic Journal
Works count: 8
Citation count: 7
H-index: 1
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