受强制性开放获取政策约束的文章 - Shi-Qing Wang了解详情
无法在其他位置公开访问的文章：3 篇
Chain network: key to the ductile behavior of polymer glasses
Z Liu, X Li, Y Zheng, SQ Wang, M Tsige
Macromolecules 51 (5), 1666-1673, 2018
强制性开放获取政策： US National Science Foundation
Delineating nature of stress responses during ductile uniaxial extension of polycarbonate glass
P Lin, J Liu, SQ Wang
Polymer 89, 143, 2016
强制性开放获取政策： US National Science Foundation
Investigating the dependence of elastomeric fracture on temperature and rate
SQ Wang, Z Fan
Rubber Chemistry and Technology 96 (4), 530-550, 2023
强制性开放获取政策： US National Science Foundation
可在其他位置公开访问的文章：31 篇
Why is crystalline poly (lactic acid) brittle at room temperature?
M Razavi, SQ Wang
Macromolecules 52 (14), 5429-5441, 2019
强制性开放获取政策： US National Science Foundation
Crazing and yielding in glassy polymers of high molecular weight
M Razavi, S Cheng, D Huang, S Zhang, SQ Wang
Polymer 197, 122445, 2020
强制性开放获取政策： US National Science Foundation
Shear banding in entangled polymers in the micron scale gap: a confocal-rheoscopic study
PE Boukany, SQ Wang, S Ravindranath, LJ Lee
Soft Matter 11 (41), 8058-8068, 2015
强制性开放获取政策： European Commission
Polystyrene glasses under compression: ductile and brittle behavior
J Liu, S Cheng, SQ Wang
ACS Macro Letters 4, 1072, 2015
强制性开放获取政策： US Department of Energy
Illustrating the molecular origin of mechanical stress in ductile deformation of polymer glasses
X Li, JN Liu, Z Liu, M Tsige, SQ Wang
Phys. Rev. Lett. 120, 077801, 2018
强制性开放获取政策： US National Science Foundation
Brittle‐ductile transition in uniaxial compression of polymer glasses
J Liu, Z Zhao, W Wang, JW Mays, SQ Wang
Journal of Polymer Science Part B: Polymer Physics 57 (12), 758-770, 2019
强制性开放获取政策： US National Science Foundation
How and why polymer glasses lose their ductility due to plasticizers
Y Zhao, J Liu, X Li, SQ Wang
Macromolecules, 2024, 2017
强制性开放获取政策： US National Science Foundation
Inducing nano-confined crystallization in PLLA and PET by elastic melt stretching
M Razavi, W Zhang, HA Khonakdar, A Janke, L Li, SQ Wang
Soft matter 17 (6), 1457-1462, 2021
强制性开放获取政策： US National Science Foundation, 国家自然科学基金委员会
Examining an alternative molecular mechanism to toughen glassy polymers
M Razavi, D Huang, S Liu, H Guo, SQ Wang
Macromolecules 53 (1), 323-333, 2019
强制性开放获取政策： US National Science Foundation
Experiments-inspired molecular modeling of yielding and failure of polymer glasses under large deformation
SQ Wang, SW Cheng
Polymer Glasses, 395, 2016
强制性开放获取政策： US National Science Foundation
Investigating nature of stresses in extension and compression of glassy polymers via stress relaxation
J Liu, Y Zheng, Z Zhao, M Yuan, M Tsige, SQ Wang
Polymer 202, 122517, 2020
强制性开放获取政策： US National Science Foundation
From wall slip to bulk shear banding in entangled polymer solutions
SQ Wang
Macromolecular Chemistry and Physics 220 (1), 1800327, 2019
强制性开放获取政策： US National Science Foundation
Double yielding in deformation of semicrystalline polymers
M Razavi, SQ Wang
Macromolecular chemistry and physics 221 (19), 2000151, 2020
强制性开放获取政策： US National Science Foundation
Finite cohesion due to chain entanglement in polymer melts
S Cheng, Y Lu, SQ Wang
Soft Matter 12, 3340, 2016
强制性开放获取政策： US National Science Foundation, 国家自然科学基金委员会
Toughness arising from inherent strength of polymers
T Smith, C Gupta, Z Fan, GJ Brust, R Vogelsong, C Carr, SQ Wang
Extreme Mechanics Letters 56, 101819, 2022
强制性开放获取政策： US National Science Foundation
Entangled linear polymer solutions at high shear: from strain softening to hardening
G Liu, SQ Wang
Macromolecules 49, 9647, 2016
强制性开放获取政策： US National Science Foundation
Molecular dynamics simulation of entangled melts at high rates: identifying entanglement lockup mechanism leading to true strain hardening
Y Zheng, M Tsige, SQ Wang
Macromolecular Rapid Communications 44 (1), 2200159, 2023
强制性开放获取政策： US National Science Foundation
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