Fuhaid Alshammari on Muck Rack

Fuhaid Alshammari

As seen in: Nature, MDPI
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Articles

Thermal performance and economic viability of a finned, inclined latent heat thermal energy storage unit: a numerical study

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By Omar Alkhatib, Ali Ali, Fatma Hassan, Pradeep Singh, Hamdi Ayed, Fuhaid Alshammari, Mahidzal Dahari, Ibrahim Mahariq
| Nature Verified
Abstract This study challenges a fundamental assumption in thermal energy storage design: that maximizing thermal performance is the optimal path to system viability. By coupling a detailed numerical simulation (finite volume method, enthalpy-porosity model) of a finned, flat-plate Latent Heat Thermal Energy Storage (LHTES) system with a rigorous thermo-economic assessment, we demonstrate a critical misalignment between thermal efficiency and economic return.
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Dislocation density–based constitutive modeling and experimental validation of cold-rolled AA1050 aluminum with a techno-economic assessment for lithium-ion battery applications

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By Linzhi Yin, Ali Ali, Omar Alkhatib, Pradeep Singh, Xin Sun, Fatma Hassan, Hamdi Ayed, Fuhaid Alshammari
| Nature Verified
Abstract This paper presents a numerical–experimental study of microstructure evolution during cold rolling of AA1050 aluminum. For the first time, a dislocation density–based constitutive model used to simulate microstructural evolution during the cold rolling of commercially pure aluminum.
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Crashworthiness and technoeconomic assessment of bioinspired GFRP PP tubes using experiments numerical modeling and artificial neural networks

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By Ping Zhou, Fatma Hassan, Fuhaid Alshammari, Yucai Tian, Omar Al-Khatib, Naser Mazraoui
| Nature Verified
Abstract This study presents a comprehensive experimental and computational investigation of the quasi-static axial compression behavior of glass fiber-reinforced polymer/ polypropylene (GFRP/PP) sandwich tubes inspired by bamboo and horsetail structures, designed for crashworthiness applications. The combination of these materials, due to their high strength-to-weight ratio, offers excellent energy absorption capabilities.
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