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Jhita, P. S., author.
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present work the panels are assumed to be simply supported along all four edges. It is shown that the post
by
Chun Keung, Lin, author.
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ultimate load. Although this work shows how, through the use of an empirical factor, experimental ultimate
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Sadeghi, Seyed Amir, author.
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. Modeling results based on observations from 75 occupants in glare-free conditions suggest work plane
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Argyrou, Christina, author.
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effectiveness of the CIPLs for seismic retrofit. The results of the numerical model developed in this work that
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Ghafari, Ehsan, author.
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frequency range, the ceramic-based piezoelectric devices can only work under tiny forces to avoid damage to
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Ling, Yifeng, author.
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Shrinkage of cement-based materials is a major cause of cracking. The work discussed in Paper 3 was
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Shiri, Samaneh, author.
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The fourth work builds on our previous work and extends the integrated drayage scheduling model to
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Punia, Snover, author.
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spectroscopic studies in future work, and the sand coating mixture and consistency can be optimized for future
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Wang, Qian, author.
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tedious work, manual inspection is also error-prone and unreliable. Thus, automated, efficient, and
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Huai, Jianzhu, author.
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which is the highlight of the third aspect. There the collaborative SLAM framework is extended to work
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Silva, Diogo André de Oliveira Figueira da, author.
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, must ensure the needed reliability depending on the type of structure and its use. In the present work
by
Lu, Zeyu, author.
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gave an innovative way to improve the work efficiency and durability of PCMs composites in terms of

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