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[HTML][HTML] Development of damage type viscoelastic ontological model for soft and hard materials under high-strain-rate conditions

W Liu, X Xu, C Mu - Applied Sciences, 2022 - mdpi.com
By improving the ZWT model, a principal structure model applicable to both soft and hard
materials under dynamic loading conditions was obtained. Dynamic mechanical …
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Development of Damage Type Viscoelastic Ontological Model for Soft and Hard Materials under High-Strain-Rate Conditions

W Liu, X Xu, C Mu - 2022 - agris.fao.org
By improving the ZWT model, a principal structure model applicable to both soft and hard
materials under dynamic loading conditions was obtained. Dynamic mechanical …

Development of Damage Type Viscoelastic Ontological Model for Soft and Hard Materials under High-Strain-Rate Conditions.

W Liu, X Xu, C Mu - Applied Sciences (2076-3417), 2022 - search.ebscohost.com
By improving the ZWT model, a principal structure model applicable to both soft and hard
materials under dynamic loading conditions was obtained. Dynamic mechanical …

Development of Damage Type Viscoelastic Ontological Model for Soft and Hard Materials under High-Strain-Rate Conditions

W Liu, X Xu, C Mu - Applied Sciences, 2022 - search.proquest.com
By improving the ZWT model, a principal structure model applicable to both soft and hard
materials under dynamic loading conditions was obtained. Dynamic mechanical …

Development of Damage Type Viscoelastic Ontological Model for Soft and Hard Materials under High-Strain-Rate Conditions

W Liu, X Xu, C Mu - agris.fao.org
By improving the ZWT model, a principal structure model applicable to both soft and hard
materials under dynamic loading conditions was obtained. Dynamic mechanical …