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Designing Crack Propagation in Brittle Composites duration 1 hour 11 minutes Designing Crack Propagation in Brittle Composites Designing Crack Propagation in Brittle Composites	Designing Crack Propagation in Brittle Composites Presenters Dr. Zubaer Hosszin Fazle Elahi Tousif Ahmed Tengyuan Hao Zoom Recording ID: 92787051593 UUID: wsjBy10ESYGpKExPnZ5YBg== Meeting Time: 2021-06-24 09:51:34pm interface toughness crack deflection energy material length carbon strength fracture scale point behavior silicon linear nanotube simulation side materials things From Kristen Scully 0 likes 13 plays 0 Department Name Center for Composite Materials Department Division Engineering Date Established June 24, 2021
Materials in Extreme Dynamic Environments Part… duration 1 hour 4 minutes Materials in Extreme Dynamic Environments Part… Materials in Extreme Dynamic Environments Part II: Materials by Design, from Micro to Mesoscale	Materials in Extreme Dynamic Environments Part II: Materials by Design, from Micro to Mesoscale Presenters Mr. Munetaka Kubota Dr. Ahmad AbuObaid Mr. Christopher Meyer fiber hm interface mode defects matrix energy mm length failure model scale crack surface strength properties size fracture traction glass From Kristen Scully 0 likes 24 plays 0 Department Name Center for Composite Materials Department Division Engineering Date Established May 14, 2021
Materials in Extreme Dynamic Environments Part… duration 1 hour 11 minutes Materials in Extreme Dynamic Environments Part… Materials in Extreme Dynamic Environments Part I: Molecular Modeling of Composites	Materials in Extreme Dynamic Environments Part I: Molecular Modeling of Composites Presenters Prof. John W. Gillespie, Jr. Jejoon Yeon, Ph.D. Sanjib Chowdhury, Ph.D. interface fiber strain properties glass length strength rate response force stress energy materials surface density failure scale kind function simulations From Kristen Scully 0 likes 24 plays 0 Department Name Center for Composite Materials Department Division Engineering Date Established April 30, 2021
Universal strength evolution laws and deflection… duration 10 minutes 8 seconds Universal strength evolution laws and deflection… Universal strength evolution laws and deflection criterion in brittle homogeneous bi-layer polymeric system, Tousif Ahmed	Universal strength evolution laws and deflection criterion in brittle homogeneous bi-layer polymeric system, Tousif Ahmed The mechanical quality of interfaces between polymers is undoubtedly an important player in composite materials research. Consequently, extensive intellectual and financial efforts have been invested… toughness-enhancement crack-deflection interface-strength polymers tousif@udel.edu mechanical engineering interface deflection toughness enhancement crack layer evolution strength curve root length credit minutes samples defects equation millimeters relationship situation From Lauren Mosesso 0 likes 4 plays 0 Department Name Mechanical Engineering
Micromechanics of Thermoplastic Composites:… duration 58 minutes 5 seconds Micromechanics of Thermoplastic Composites:… Micromechanics of Thermoplastic Composites: Experiments and Modeling	Micromechanics of Thermoplastic Composites: Experiments and Modeling Presenters Dr. Joe Deitzel Branndon Chen Dr. Nithin Kaliyath Parambil fiber temperature model length failure rate interface range matrix scale strain properties polypropylene room stress rooms crystallization force traction questions composites property energy displacement From Kristen Scully 0 likes 57 plays 0 Department Name Center for Composite Materials Department Division Engineering Date Established March 26, 2021
Nylon Rope Trick.mov duration 6 minutes 19 seconds Nylon Rope Trick.mov Nylon Rope Trick.mov	Nylon Rope Trick.mov UD Capture Recording chem misc sc-chem000 nylon water glass piece reaction tubing angle layers rope interface layer dialogue hydroxide sodium hcl die material trick strand bit From Dana Chatellier 0 likes 4 plays 0