The microscopic mechanism of size effect in silica-particle reinforced silicone rubber composites

J Chen, J Liu, Z Peng, Y Yao, S Chen - Engineering Fracture Mechanics, 2021 - Elsevier
Particle reinforced elastomer matrix composites always show a size-dependently
mechanical behavior when the particle size shrinks down to micro-or even nano-scale. A …

Mesoporous spherical silica filler prepared from coal gasification fine slag for styrene butadiene rubber reinforcement and promoting vulcanization

Y Xu, W Ai, J Zuo, W Yang, C Wei, S Xu - Polymers, 2022 - mdpi.com
Coal gasification fine slag (CFS) is a solid contaminant produced by an entrained flow
gasifier, which pollutes fields and the air in the long term. CFS is a potential polymer …

Effects of modified coal gasification fine slag on the processing and mechanical properties of natural rubber composites

G Ding, Y Hu, J Liu, G Cheng, X Cheng… - Polymer …, 2024 - Wiley Online Library
Coal gasification fine slag (CGFS) is rich in unburned residual carbon, silica and alumina,
and has a large specific surface area, making it a potential polymer‐reinforcing filler. Tea …

Anisotropic stress-softening effect on fast dynamic crack in filler-reinforced elastomers

TT Mai, K Okuno, K Tsunoda, K Urayama - Mechanics of Materials, 2021 - Elsevier
Deformation of filler-reinforced elastomers is accompanied by a complex internal damage
due to stress softening (Mullins effect). The crack growth behavior of filler-reinforced …

Finite element method based damage model to characterize effect of geometric configuration on fracture properties of elastomeric composites

M Goswami, S Sharma, MM Ghosh… - Mechanics of …, 2023 - Taylor & Francis
Excellent tire wear resistance, wet grip resistance, and rolling resistance have made silica-
filled green elastomeric composites suitable for an electric vehicle to lower fuel …

Experimental Analysis of Fast Crack Growth in Elastomers

TT Mai, Y Morishita, K Tsunoda, K Urayama - Degradation of Elastomers in …, 2021 - Springer
Crack growth often leads to catastrophic failure of rubber products. Understanding the crack
growth mechanism is important for toughening elastomers. This article described in …

Fatigue analysis and defect size evaluation of filled NBR including temperature influence

J Schieppati, B Schrittesser, S Tagliabue, L Andena… - Materials, 2022 - mdpi.com
The fatigue behavior of a filled non-crystallizing elastomer was investigated on axisymmetric
dumbbell specimens. By plotting relevant Wöhler curves, a power law behavior was found …

FE fracture analysis, using the integral J and tearing energy T parameters, of a natural rubber NR

A Hamdi, A Boulenouar… - Polymer Engineering & …, 2021 - Wiley Online Library
Fracture of rubber‐like materials under quasi‐static loadings is of a great interest since the
use of such materials has been widespread in many industrial applications. Thus, the aim of …

Energy based characterization of fracture and fatigue behaviour of rubber in complex loading conditions

S Dedova, K Schneider, G Heinrich - Constitutive Models for …, 2019 - taylorfrancis.com
Elastomer materials are a group of materials with vicso-elastic properties. Due to these
properties the energy dissipation occurs under loading process and leads to the dissipative …

Effective strain range-based prediction and analysis of the fatigue life of pipette shaft seal ring

C Wang, Q Su, Z Huang, Z Lian… - Mechanics & …, 2021 - mechanics-industry.org
The accuracy of nucleic acid extraction and diagnosis depends on the sealing performance
of the pipetting device. The rubber seal ring at the front end of the pipette shaft is a critical …