A Non-Destructive Methodology for the Viscoelastic Characterization of Polymers: Toward the Identification of the Time–Temperature Superposition Shift Law [PDF]
Sensors, 2023 Polymers find widespread applications in various industries, such as civil engineering, aerospace, and industrial machinery, contributing to vibration control, dampening, and insulation.
Aleksandr Sakhnevych +2 more
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TTS package: Computational tools for the application of the Time Temperature Superposition principle [PDF]
Heliyon, 2023 The TTS package has been developed in R software to predict the mechanical properties of viscoelastic materials, at short and long observation times/frequencies by applying the Time Temperature Superposition (TTS) principle.
Antonio Meneses +5 more
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Time-temperature superposition in viscoelasticity and viscoplasticity for thermoplastics
Polymer Testing, 2021 The use of thermoplastics in the automotive industry is continuously increasing. Design of parts require the characterization and numerical modelling of thermo-mechanical behaviour of those materials under wide strain rate (0–300 s−1) and temperature ...
Vincent Dorléans +4 more
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Optimising dynamic mechanical analysis experiments on soft rubbers for use in time temperature superposition [PDF]
MethodsX, 2022 Rubbers are ubiquitous in engineering applications where they are often subjected to loading leading to high strain rate deformation. The strong rate and temperature dependence of rubbers and their composites motivates research into understanding their ...
Akash R. Trivedi +2 more
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Creep analysis of the flax fiber-reinforced polymer composites based on the time–temperature superposition principle [PDF]
Science and Engineering of Composite Materials, 2023 Natural plant fiber-reinforced polymer composites (PFRP) have emerged as an environmental-friendly material in the construction industry, but their creep behavior is a critical concern for load-bearing structures.
Xu Bowen +4 more
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Materials Research Express, 2022 With focus on quickly and accurately predicting and evaluating the aging performance degradation of rubber at room temperature, the pseudo-failure life at each different acceleration temperature is proposed to be calculated by interpolation method based ...
Li Kunheng, Chen Zhiyong, Shi Wenku
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Time: Temperature superposition principle: Application of WLF equation in polymer analysis and composites [PDF]
Zaštita Materijala, 2014 Polymers are the most studied viscoelastic material. The shorter times (high frequencies) corresponding to lower temperatures and long times (low frequencies) to high temperatures. This represents the quantitatively applied time-temperature superposition
Chad Smithson +3 more
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The Time–Temperature Superposition of Polymeric Rubber Gels Treated by Means of the Mode-Coupling Theory [PDF]
GelsViscoelastic relaxation measurements on styrene-butadiene rubbers (SBRs) doped with carbon nanotube (CNT) at different concentrations around the sol-gel transition show the time–temperature superposition (TTS).
Domenico Mallamace +3 more
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Mechanical Engineering JournalMany commercial optical glasses exhibit thermorheologically simple behavior, which allows the application of the time-temperature superposition principle within the temperature range from the glass transition temperature (Tg) to the deformation point (At)
Hiroaki ITO, Miyabi NODA, Masahiro ARAI
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Temperature-Time Superposition Effect on Compressive Properties of AZ31B Magnesium Composite Foams [PDF]
Metals, 2018 Magnesium composite foams with 10 vol. % of hollow ceramic microspheres (CMs) were prepared by modified melt foaming method. Specimens with homogeneous pore structures were subjected to various heating temperature (150, 250, 320, 400, and 500 °C ...
Xingchuan Xia +7 more
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