201391· Frictional stresses between the crack edges can absorb and dissipate significant energy contributions in the delamination zones, especially under cyclic loading conditions.
Get PriceGet a quote201511· Frictional effect in mode II delamination: Experimental test and numerical simulation. Engineering Fracture Mechanics, 110 (2013), pp. 258-269. View PDF View article …
Get PriceGet a quote2011101· The increase of delamination resistance in the mode II failure is mainly triggered by the frictional pulling out of the Z-pin, and the plastic energy dissipation of the resin [3], [5]. …
Get PriceGet a quote1015· Frictional traction operating on the damaged part of the interface and commonly-calculated frictional traction. Damage evolution: (b) 0.36 μs, delamination onset; …
Get PriceGet a quote126· The grinding process via friction at the micro-scale in a mill with stones is considered a variable combination of contacts, with two-body (the asperities of lower millstone …
Get PriceGet a quote61· Besides eliminating delamination, another important issue towards wide applications of superlubricity in industry is to scale up the system, since the largest …
Get PriceGet a quoteKeywords: SHM, Delamination, Frictional contact, Damping, Damage detection 1. Introduction Laminate structures are widely used in aerospace [1, 2, 3], automotive [4], and wind energy …
Get PriceGet a quote200511· The unusual characteristics of mixed-mode delamination fracture in the presence of large bridging zones of through-thickness reinforcement are explained through an …
Get PriceGet a quote200751· Based on results for the frictional force effect, the study concludes that the frictional force between the contact surfaces cannot be fully responsible for the inconsistency …
Get PriceGet a quote2014101· The through-thickness insertion of solid rods into an uncured laminate is commonly denoted as Z-pinning (Mouritz, 2007).The rods can be either metallic or composite …
Get PriceGet a quote202524· Frictional thermodynamic behavior evolution (dynamic evolution processes of frictional thermodynamic parameters) is an important irreversible process during the milling …
Get PriceGet a quote2019101· This paper develops a viscoelastic cohesive/frictional contact coupled model for delamination analysis of composite laminates. First, a viscoelastic cohesive model is …
Get PriceGet a quote201391· The present paper proposes an experimental and a numerical analysis of the frictional effect on the mode II delamination.Frictional stresses between the crack edges can …
Get PriceGet a quote2016226· This paper originally proposes a nonlinear cohesive/frictional contact coupled model for the mode-II shear delamination of adhesive composite joint based on a modified Xu …
Get PriceGet a quote201391· The present paper proposes an experimental and a numerical analysis of the frictional effect on the mode II delamination. Frictional stresses between the crack edges can …
Get PriceGet a quote202472· To bridge this gap, the present study investigates frictional resistance and delamination mechanisms in 2D tungsten diselenide (WSe2) at 10 µm length and 100 – 500 …
Get PriceGet a quote202041· The cohesive zone model (CZM) [1], [2], [3] is a numerical approach based on the Continuum Damage Mechanics (CDM) commonly employed in progressive failure analysis. In …
Get PriceGet a quoteHIGH apparent density of paper (basis weight divided by caliper) is a common problem, especially in cases where paper is heavily calendered. Another way to describe this kind of problem is …
Get PriceGet a quote201421· The easiest way to handle the frictional interaction between delaminating interfaces is to adopt the very popular two-step approach consisting of delamination first, then …
Get PriceGet a quoteKeywords: SHM, Delamination, Frictional contact, Damping, Damage detection 1. Introduction Laminate structures are widely used in aerospace [1, 2, 3], automotive [4], and wind energy …
Get PriceGet a quote61· Besides eliminating delamination, another important issue towards wide applications of superlubricity in industry is to scale up the system, since the largest …
Get PriceGet a quote61· The authors, preliminary investigation and study show that the delamination wear of the carbon occurs when the sliding speed is above 250 km/h in the process of current …
Get PriceGet a quote2024711· To bridge this gap, the present study investigates frictional resistance and delamination mechanisms in 2D tungsten diselenide (WSe 2) at 10µm length and 100-500 nm …
Get PriceGet a quoteA relation between compliance versus delamination length is shown in Fig. 5. Experimental value of m is smaller than theoretical value of m0 because of frictional effect as predicted by Eqns …
Get PriceGet a quote2016226· This paper originally proposes a nonlinear cohesive/frictional contact coupled model for the mode-II shear delamination of adhesive composite joint based on a modified Xu …
Get PriceGet a quote200811· Under various aspects, many efforts in modeling delamination failure are documented in the literature. With reference to low speed impacts, an interesting review of …
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