Geometrical parameters of specimens [5]. by Yihan Tu (22258445)

“…In contrast, compressive residual stresses in mid-panel regions decrease by up to 72.2% with an increase in width-to-thickness ratio from 3.0 to 23.0, and the reduction rate is influenced by plate thickness. …”

Residual stresses versus steel strength. by Yihan Tu (22258445)

“…In contrast, compressive residual stresses in mid-panel regions decrease by up to 72.2% with an increase in width-to-thickness ratio from 3.0 to 23.0, and the reduction rate is influenced by plate thickness. …”

pone.0332445.t008 - by Yihan Tu (22258445)

“…In contrast, compressive residual stresses in mid-panel regions decrease by up to 72.2% with an increase in width-to-thickness ratio from 3.0 to 23.0, and the reduction rate is influenced by plate thickness. …”

Temperature distribution during welding. by Yihan Tu (22258445)

“…In contrast, compressive residual stresses in mid-panel regions decrease by up to 72.2% with an increase in width-to-thickness ratio from 3.0 to 23.0, and the reduction rate is influenced by plate thickness. …”

Properties of 460 MPa HSS. by Yihan Tu (22258445)

“…In contrast, compressive residual stresses in mid-panel regions decrease by up to 72.2% with an increase in width-to-thickness ratio from 3.0 to 23.0, and the reduction rate is influenced by plate thickness. …”

Summary of residual stresses in NSS and HSS. by Yihan Tu (22258445)

“…In contrast, compressive residual stresses in mid-panel regions decrease by up to 72.2% with an increase in width-to-thickness ratio from 3.0 to 23.0, and the reduction rate is influenced by plate thickness. …”

Residual stress distribution during welding. by Yihan Tu (22258445)

“…In contrast, compressive residual stresses in mid-panel regions decrease by up to 72.2% with an increase in width-to-thickness ratio from 3.0 to 23.0, and the reduction rate is influenced by plate thickness. …”

Mass Spectrometry data showing wildtype water insoluble-urea soluble spectral counts of M_r > 37 kDa. by Akosua K. Boateng (21672931)

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Mass Spectrometry data showing βA3ΔG91 water soluble spectral counts between M_r 20–37 kDa. by Akosua K. Boateng (21672931)

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Cellular migration in LECs of βA3ΔG91 vs. WT mice using the scratch and transwell assays. by Akosua K. Boateng (21672931)

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Mass Spectrometry data showing wildtype water insoluble-urea soluble spectral counts between M_r 20–37 kDa. by Akosua K. Boateng (21672931)

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A, Uncropped image of gel in Fig 1B. by Tomokazu Yamaguchi (8284989)

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Mass Spectrometry data showing βA3ΔG91 water insoluble-urea soluble spectral counts between M_r 20–37 kDa. by Akosua K. Boateng (21672931)

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Mass Spectrometry data showing wildtype water insoluble-urea insoluble spectral counts between M_r 20–37 kDa. by Akosua K. Boateng (21672931)

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Mass Spectrometry data showing wildtype water insoluble-urea insoluble spectral counts of M_r > 37 kDa. by Akosua K. Boateng (21672931)

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Distribution of Differentially Expressed Genes (DEGs) in affected biological pathways in βA3ΔG91 lenses relative to WT lenses. by Akosua K. Boateng (21672931)

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Mass Spectrometry data showing βA3ΔG91 water insoluble-urea soluble spectral counts of M_r > 37 kDa. by Akosua K. Boateng (21672931)

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Mass spectrometric analyses for crystallins. by Akosua K. Boateng (21672931)

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Cnot4 haploinsufficiency impairs rosiglitazone-induced transcriptional activity of PPAR by Tomokazu Yamaguchi (8284989)

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Mass Spectrometry data showing βA3ΔG91 water soluble spectral counts of M_r > 37 kDa. by Akosua K. Boateng (21672931)

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