Enhanced abrasion resistance of NR/BR/TBIR composites through the synergistic reinforcement of carbon black and graphene oxide: Structural influence and …
Carbon black (CB) with different structural parameters together with graphene oxide were
formed into uniformly dispersed filler network for enhancing the abrasion resistance of …
formed into uniformly dispersed filler network for enhancing the abrasion resistance of …
A study of contact methods in the application of large deformation dynamics in self-contact beam
This paper introduces a procedure in the field of computational contact mechanics to
analyze contact dynamics of beams undergoing large overall motion with large deformations …
analyze contact dynamics of beams undergoing large overall motion with large deformations …
Analysis of tool wear and counter surface roughness in the flexible abrasive tool finishing
This work uses the solvent casting method to fabricate an elastomeric tool with polyurethane
as the base material and silicon carbide (SiC) as embedded abrasive particles. The …
as the base material and silicon carbide (SiC) as embedded abrasive particles. The …
Fracture analyses of surface asperities during sliding contact
Fracture of interlocking asperities during sliding contact plays a central role in determining
friction and wear of brittle materials. The local force to break surface asperities and …
friction and wear of brittle materials. The local force to break surface asperities and …
Assessment of the Suitability of Elastomeric Bearings Modeling Using the Hyperelasticity and the Finite Element Method
The paper presents modeling of bridge elastomeric bearings using large deformation theory
and hyperelastic constitutive relations. In this work, the simplest neo-Hookean model was …
and hyperelastic constitutive relations. In this work, the simplest neo-Hookean model was …
Transition from plastic shearing to fracture of asperity junctions: role of a critical aspect ratio
M Malekan - Tribology Letters, 2023 - Springer
Material loss can result through sliding contact between solids, primarily due to wear
process. Failure of interlocking asperities in contact, which can occur as a fracture-induced …
process. Failure of interlocking asperities in contact, which can occur as a fracture-induced …
Procedure for non-smooth contact for planar flexible beams with cone complementarity problem
Contact description plays an important role in modeling of applications involving flexible
multibody dynamics. Example of such applications include contact between a belt and …
multibody dynamics. Example of such applications include contact between a belt and …
[HTML][HTML] Multi-scale contact mechanics framework for upper palaeolithic ground stone tools
This work presents a multi-scale and multi-resolution digital twin model of Upper Paleolithic
ground stone tools (GSTs) to simulate their tribological evolutions. The physics-based digital …
ground stone tools (GSTs) to simulate their tribological evolutions. The physics-based digital …
Elucidation of abrasive wear and slurry erosion behavior of Fe matrix composites reinforced with metallic coating modified ZTAP ceramics
Oxide ceramic particle-reinforced iron-based composites showed excellent abrasive wear
resistance; however, the weak bonding property of the interfacial layer limited the …
resistance; however, the weak bonding property of the interfacial layer limited the …
[HTML][HTML] Influence of the DCB/Wedge beam kinematics on the identification of the cohesive parameters of interfaces
DCB and Wedge tests are widely used in experimental fracture mechanics in order to
identify fracture properties of materials or assembled parts, like toughness. In order to extract …
identify fracture properties of materials or assembled parts, like toughness. In order to extract …