Sanoja Laboratory

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251 to 260 of 284 Results

Why is Mechanical Fatigue different from Toughness in Elastomers? The Role of Polymer Chain Scission Jul 9, 2021 Sanoja, Gabriel; Xavier Morelle; Jean Comtet; C. Joshua Yeh; Matteo Ciccotti; Costantino Creton, 2021, "Why is Mechanical Fatigue different from Toughness in Elastomers? The Role of Polymer Chain Scission", https://doi.org/10.18738/T8/XPDHOL, Texas Data Repository, V1 Although elastomers often experience 10-100 million cycles prior to failure, there is currently a limited understanding of their resistance to fatigue crack propagation. We tagged soft and tough double-network elastomers with mechanofluorescent probes, and quantified damage by sa...
Fig. 1B_Uniaxial Elongation_DN Elastomers.pxp Jul 9, 2021 - Why is Mechanical Fatigue different from Toughness in Elastomers? The Role of Polymer Chain Scission Unknown - 146.3 KB - MD5: 7b2f77d44b97cd5e0751f9f62c5627b5
Fig. 2B_Fatigue Crack Growth_EA05EA.pxp Jul 9, 2021 - Why is Mechanical Fatigue different from Toughness in Elastomers? The Role of Polymer Chain Scission Unknown - 19.6 KB - MD5: bbf41bcfc83275cdf0c5c50f3b8b1f25
Fig. 2B_Inset_Histogram.pxp Jul 9, 2021 - Why is Mechanical Fatigue different from Toughness in Elastomers? The Role of Polymer Chain Scission Unknown - 2.8 KB - MD5: 581b26a4b6929885b69ab77fcf86be20
Fig. 2C_Fatigue Crack Propagation.pxp Jul 9, 2021 - Why is Mechanical Fatigue different from Toughness in Elastomers? The Role of Polymer Chain Scission Unknown - 7.6 KB - MD5: 633c918f0c8bcd97ec860eb3f7a4bf65
Fig. 4A_Map_EA02EA_1p0kJm2.mat Jul 9, 2021 - Why is Mechanical Fatigue different from Toughness in Elastomers? The Role of Polymer Chain Scission MATLAB Data - 147.0 KB - MD5: f20ccfadbaa692bc9f6a6e0f23cb30cc
Fig. 4A_Map_EA05EA_1p0kJm2.mat Jul 9, 2021 - Why is Mechanical Fatigue different from Toughness in Elastomers? The Role of Polymer Chain Scission MATLAB Data - 112.9 KB - MD5: b7084a527e8ccb28f634f3bef1bf914a
Fig. 4C_Profiles_1p0kJm2.pxp Jul 9, 2021 - Why is Mechanical Fatigue different from Toughness in Elastomers? The Role of Polymer Chain Scission Unknown - 7.9 KB - MD5: 6f64afea450408313f2a86a7ed9c469c
Fig. 5_Average Damage.pxp Jul 9, 2021 - Why is Mechanical Fatigue different from Toughness in Elastomers? The Role of Polymer Chain Scission Unknown - 7.5 KB - MD5: c36768a61c07cfafdab39bfc21e35059
Fig. 6A_Map_Fast_EA05EA_2p1kJm2.mat Jul 9, 2021 - Why is Mechanical Fatigue different from Toughness in Elastomers? The Role of Polymer Chain Scission MATLAB Data - 124.6 KB - MD5: f87c298682a0f6a2e0d8ba3d4be04960

Why is Mechanical Fatigue different from Toughness in Elastomers? The Role of Polymer Chain Scission

Jul 9, 2021

Sanoja, Gabriel; Xavier Morelle; Jean Comtet; C. Joshua Yeh; Matteo Ciccotti; Costantino Creton, 2021, "Why is Mechanical Fatigue different from Toughness in Elastomers? The Role of Polymer Chain Scission", https://doi.org/10.18738/T8/XPDHOL, Texas Data Repository, V1

Although elastomers often experience 10-100 million cycles prior to failure, there is currently a limited understanding of their resistance to fatigue crack propagation. We tagged soft and tough double-network elastomers with mechanofluorescent probes, and quantified damage by sa...

Fig. 1B_Uniaxial Elongation_DN Elastomers.pxp

Jul 9, 2021 - Why is Mechanical Fatigue different from Toughness in Elastomers? The Role of Polymer Chain Scission

Unknown - 146.3 KB -

Fig. 2B_Fatigue Crack Growth_EA05EA.pxp

Jul 9, 2021 - Why is Mechanical Fatigue different from Toughness in Elastomers? The Role of Polymer Chain Scission

Unknown - 19.6 KB -

Fig. 2B_Inset_Histogram.pxp

Jul 9, 2021 - Why is Mechanical Fatigue different from Toughness in Elastomers? The Role of Polymer Chain Scission

Unknown - 2.8 KB -

Fig. 2C_Fatigue Crack Propagation.pxp

Jul 9, 2021 - Why is Mechanical Fatigue different from Toughness in Elastomers? The Role of Polymer Chain Scission

Unknown - 7.6 KB -

Fig. 4A_Map_EA02EA_1p0kJm2.mat

Jul 9, 2021 - Why is Mechanical Fatigue different from Toughness in Elastomers? The Role of Polymer Chain Scission

MATLAB Data - 147.0 KB -

Fig. 4A_Map_EA05EA_1p0kJm2.mat

Jul 9, 2021 - Why is Mechanical Fatigue different from Toughness in Elastomers? The Role of Polymer Chain Scission

MATLAB Data - 112.9 KB -

Fig. 4C_Profiles_1p0kJm2.pxp

Jul 9, 2021 - Why is Mechanical Fatigue different from Toughness in Elastomers? The Role of Polymer Chain Scission

Unknown - 7.9 KB -

Fig. 5_Average Damage.pxp

Jul 9, 2021 - Why is Mechanical Fatigue different from Toughness in Elastomers? The Role of Polymer Chain Scission

Unknown - 7.5 KB -

Fig. 6A_Map_Fast_EA05EA_2p1kJm2.mat

Jul 9, 2021 - Why is Mechanical Fatigue different from Toughness in Elastomers? The Role of Polymer Chain Scission

MATLAB Data - 124.6 KB -

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