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Linzhi Yin on Muck Rack

Linzhi Yin

As seen in: Nature, MDPI
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Articles

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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Preparation and Thermal Properties of Propyl Palmitate-Based Phase Change Composites with Enhanced Thermal Conductivity for Thermal Energy Storage

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By Min Zhao, Rui Yang, Linzhi Yin
| MDPI
3. Results 3.1. Morphological and Structural Analysis SEM analysis was used to investigate the morphologies of MPCM microcapsules and MPCM/EG composites, as shown in Figure 1. Pure EG shows a porous, loose, and continuous “worm-like” network structure consisting of a large number of disordered graphite nanosheets interconnected by van der Waals interactions, and the average pore size is larger than 10 μm (Figure 1a,b).
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