An innovative method for examining the fracture behavior of solder junctions is the two-parameter fracture mechanics theory.
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#Fracture#mechanics#solderjoint
Friction in the contact zone of a moving vehicle transforms its kinetic energy into heat energy during vehicular braking.
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#tribology#microstructure#automotive
Even in the linear elastic domain, structural analysis—which sometimes requires solving large-scale linear algebraic equations—takes a very long time for structures made of extremely diverse materials.
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The equilibrium equations and the traction boundary conditions are evaluated on the basis of the condition of the stationarity of the Lagrangian for coupled strain gradient elasticity.
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Robotics has a special place in AI as robots are connected to the real world and robots increasingly appear in human everyday environments, from home to industry.
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#Robotics#AI#Humancentered
The single point incremental forming process is materialized to form the desired shapes in low cost sheet metal processing and well suited for low batch components and customized designs.
For more information visit https://t.co/bpSvWhrvA6
#rollerballtool#surfaceroughness
New developments in vision algorithms prioritize' identification and perception over accurate coordinate measurement due to the complex problem of resolving object form and pose from images.
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#Metrology#Binocular#Edgespread
Peridynamics (PD), introduced by Silling, is a nonlocal continuum theory and thus an alternative formulation for continuum mechanics.
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#Peridynamics#Opensystem#Nonlocalmaterial
A higher-grade theory of non-ferromagnetic thermo-elastic dielectrics which incorporates the local mass displacement, the heat flux gradient, polarization inertia, and flexodynamic effects is developed.
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Cyber-physical systems (CPSs) are rapidly proliferating in different applications. Their system features significantly differ from those of linear complex systems (LCSs).
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#trajectoryplanning#sharpcorner
An innovative combinative distance-based assessment method (CODAS) is implemented for the optimization of cutting parameters like pump pressure, feed rate, & abrasive flow rate over cutting depth, and cut kerf surface roughness.
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The difficulty of aerodynamic heating in hypersonic vehicles becomes increasingly severe as Mach numbers increase, posing a substantial barrier in aircraft design.
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#aircraft#thermalprotection#hypersonicvehicles
The variable fatigue loading (VL) is an important issue for aircraft safety. Indeed, aluminium alloy parts are always the subject of this type of thermo-mechanical alterations.
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#Fatigue#variableloading#Shotpeening
Accurate Multiphysics modeling is necessary to simulate and predict the long-term behavior of subsurface porous rocks.
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#Thermodynamics#multiphysics#phenomenology
A Non-Linear model was presented using the finite element method to analyze the dynamics of cylindrical microparticles, considering non-linear and size effects.
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#Atomicforce#microscopy
The aeroelastic performance analysis is crucial for the design and optimization of large-scale megawatt wind turbines.
For more info do visit https://t.co/UTw3r705Ue
#aerodynamic#aeroelasticity#mechanics
Fracture in solid solutions, such as electrodes for lithium-ion batteries and fuel cells, is mediated by intricate interactions between solid-state diffusion and crack propagation.
For more information do visit https://t.co/LUlFff9klq
#solidsolution#fractureresistance#mechanics
Topologically Interlocked Structures (TIS) are structural assemblies that achieve stability and carrying capacity through the geometric arrangement of interlocking blocks.
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#structures#Slabs#Friction
Liquid crystal elastomers (LCEs) are made of liquid crystal molecules integrated with rubber-like polymer networks.
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#polydomain#phasetransformation#Elastomers
The nonlinear flow behavior of granite with a single fracture at different shear displacements is researched by using the high-precision non-pulse long-time permeability test system.
For more info visit https://t.co/cByOFSo3Kq
#shearflow#transmissivity#Fracture