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Fracture Analysis sentence examples within scanning electron microscopy
Scanning electron microscopy (SEM) plays a very important role in the process of microstructure, fracture analysis, qualitative and quantitative analysis of micro-area composition, microstructure analysis and so on.
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The morphology and fracture analysis of composite laminates are analyzed with scanning electron microscopy (SEM).
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Fracture Analysis sentence examples within scanning electron microscope
The scanning electron microscope (SEM) is widely used in the analysis and research of materials, including fracture analysis, microstructure morphology, and nanomaterial analysis.
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Scanning electron microscope (SEM) images and fracture analysis of the stir welded zone and base materials were observed.
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Fracture Analysis sentence examples within extended finite element
Finally, the consistent singular mode shapes proposed are applies to efficiently increase the accuracy of the fracture analysis solutions for this category of orthotropic composite materials using a novel extended finite element (XFEM) approach named Direct-XFEM.
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This paper aims to develop a variable-node multiscale extended finite element method (V-XFEM) for dynamic fracture analysis of the linearly uncoupled and coupled physical phenomena in a compact formula.
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Fracture Analysis sentence examples within Brittle Fracture Analysis
The phase-field model was implemented in Abaqus via user-defined element (UEL) and user-defined material model (UMAT) subroutines for the brittle fracture analysis of a cladding tube.
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This type of brittle fracture analysis allows the risk assessment related to the design of unlined emergency spillways and in pre-excavated plunge pools and stilling basins, with reference to small duration flood events that are larger than the design ones.
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Fracture Analysis sentence examples within Ductile Fracture Analysis
Fracture Analysis sentence examples within Fatigue Fracture Analysis
The fatigue fracture analysis shows that the main cause of fatigue crack is the near-surface pores with 460 μm and 190 μm, respectively.
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The first part of the paper is focused on microstructure quantitative characterization to determine the influence of different casting conditions, followed by stress response behavior and fatigue fracture analysis.
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Fracture Analysis sentence examples within Dynamic Fracture Analysis
This paper aims to develop a variable-node multiscale extended finite element method (V-XFEM) for dynamic fracture analysis of the linearly uncoupled and coupled physical phenomena in a compact formula.
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Peridynamics is a nonlocal theory for dynamic fracture analysis consisting in a second order in time partial integro-differential equation.
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Fracture Analysis sentence examples within Microscopic Fracture Analysis
Fracture Analysis sentence examples within fracture analysis indicated
Fracture Analysis sentence examples within fracture analysis showed
Fracture analysis showed the optimum condition prevented ply delamination and reduced damage area along sample length appearing to increase cohesion between the difficult to adhere thermoplastic PP and SFF-CF plies to take on higher loads.
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Fracture analysis showed that FRC demonstrated up to 100% partial bulk fractures with the pyramid interface design, but no incidence of catastrophic bulk fracture.
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Fracture Analysis sentence examples within fracture analysis show
The fatigue fracture analysis shows that the main cause of fatigue crack is the near-surface pores with 460 μm and 190 μm, respectively.
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At the same time, the fracture analysis shows that some ferrite phases are affected by the precipitate in the grain and produce quasi-cleavage fracture.
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Fracture Analysis sentence examples within fracture analysis revealed
Fracture Analysis sentence examples within fracture analysis indicate
Fracture analysis indicates that the fracture position changes significantly with the strain amplitude and phase angle.
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Fracture analysis indicates that the addition of rare earth elements did not change the fracture mechanism of the alloy, and the fracture was still the cleavage fracture.
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Fracture Analysis sentence examples within fracture analysis result
Fracture Analysis sentence examples within fracture analysis reveal
Fracture Analysis sentence examples within fracture analysis approach
This fracture analysis approach can be extended to composite structural components in defense and aerospace applications.
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A novel fracture analysis approach based on CT scanning is also proposed to quantitatively analyze the micromorphology of fractures including fracture network pattern, fractal dimension (FD), aperture, area ratio (AR) and fracture volume etc.
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In hydraulic fracturing, determining the perforation pressure loss is a critical step in the design strategy, on-site troubleshooting diagnostics and post-fracture analysis.
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An extended local insulation crack model is proposed, and fracture analysis is carried out for the above problems.
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The paper describes the Field Boundary Element Method applied to the fracture analysis of a 2D rectangular plate made of Functionally Graded Material to calculate Mode I Stress Intensity Factor.
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Fracture analysis reveals that the whiskers bear most loads and fracture firstly to form crack sources with the load increasing during drawing.
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Fracture analysis reveals ductile fracture, with cracks along martensitic regions within the microstructure.
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Fracture analysis indicates that the fracture position changes significantly with the strain amplitude and phase angle.
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This paper presents a fracture analysis of ultra-thin coating/substrate structures with interface cracks.
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The quantitative explanation were under consideration, such as loads effects; material properties; prediction of response; fracture analysis.
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The compliance based beam method (CBBM) was used by researchers for fracture analysis of ENF specimens.
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This hypothesis was confirmed from microfracture analysis and simulation: fractures in gneiss were short and mostly in one preferred orientation, whereas the fractures in granite were longer and had two preferred orientations.
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Most of the literature study of fracture analysis carried out for the symmetric gears and the majority of them are two-dimensional analysis.
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Fracture analysis exhibited ductile fracture with dimples and dendrites in the TRIP steels surface.
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The fracture analysis done by SEM,
clearly revealed that the crack initiated from the region of voids or
porosity in the matrix and not in the region of boron carbide and
copper coated basalt fiber interface.
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Subsequent ffracture analysis indicated the fracture mainly took place at the ferrite side.
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The fracture analysis indicated that the cured cover layer could still have a mechanical reinforcement to the TSEP Sn–Bi solder joints after these reliability tests.
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Fracture analysis showed the optimum condition prevented ply delamination and reduced damage area along sample length appearing to increase cohesion between the difficult to adhere thermoplastic PP and SFF-CF plies to take on higher loads.
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Fracture analysis suggests that for the Sn/hBN heterostructure the fracture initiates from the stanene layer while for the Sn/Gr and Sn/SiC heterostructures the fracture initiates from the Gr and SiC layer, respectively, for both armchair and zigzag directional loading.
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Fracture analysis of reinforced concrete deep beam strengthened with carbon fiber-reinforced polymer (CFRP) plates was carried out.
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The method in this article may be much important to the fracture analysis of composite materials.
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To investigate the build orientation effect on the shear behavior, this study conducted extensive microstructural characterization along with fracture analysis.
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The failure mechanism was investigated by macroscopic observation, fracture analysis, metallographic analysis, hardness testing and structural evolution analysis by electron backscatter diffraction(EBSD), kernel average misorientation (KAM) and strain analysis.
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In this paper, the boundary element method (BEM) based on the elasticity theory is developed for fracture analysis of cracked thin structures with the relative thickness-to-length ratio in the micro- or nano-scales.
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The fracture analysis indicated that the pore structure at joint interface delayed the crack propagation of lotus-type porous Cu joints.
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The fracture analysis indicated a mixed fracture mode of macro brittle fracture and micro ductile fracture of the composite.
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Fracture analysis was performed using light microscope imaging.
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Fracture analysis revealed that the bonding strength of the “B-top 2” interface was higher than that of the Fe matrix, and it was difficult to fracture at the interface.
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This paper presents a fracture analysis of a brake pipe installed on the bogie of a metro train running on one metro line in China.
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However, more analysis needs to be conducted to say whether FEM alone is sufficient for fracture analysis.
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At the same time, the fracture analysis shows that some ferrite phases are affected by the precipitate in the grain and produce quasi-cleavage fracture.
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Failure analysis was conducted for a cracked Incoloy 800H reformer tube serviced at 580℃ in an ammonia installation based on the microstructure observation, fracture analysis, mechanical properties testing and finite element analysis.
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The rupture analysis of lubricating oil pipe has been conducted through chemical composition analysis, metallographic analysis and fracture analysis.
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The fracture analysis shows that the fracture energy of the highly chemically crosslinked hydrogels scales with the crack velocity as a power law relation Γ ∝ V c a ( a = 0.
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In fracture analysis, the macroscopic and microscopic morphology of fracture provides the most direct information for failure analysis and the most direct evidence for fracture analysis.
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The J-integral is widely used in fracture analysis to characterize the stress-strain field at the crack tip.
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Fracture analysis was performed employing light microscope imaging.
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With the optimized condition set as the response variable with the highest lap shear value, the joints obtained were measured for their quality by means of end-notched flexure mechanical testing, thermal analysis, and fracture analysis after LSS testing using optical and electronic microscopy.
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