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Acceleration waves in thermoelastic complex media with temperature-dependent phase fields
We analyze homothermal acceleration waves in complex materials (those with active microstructure) in the presence of an internal constraint that...
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Acceleration Analysis
This chapter delves into the study of acceleration in different motions. It presents an overview of the subject along with various analytical and...
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Interface dynamics and flow fields’ structure under thermal heat flux, thermal conductivity, destabilizing acceleration and inertial stabilization
AbstractInterfaces and interfacial mixing are omnipresent in fluids, plasmas, materials in vastly different environments. A thorough understanding of...
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Coherent pressure and acceleration estimation from triply decomposed turbulent bluff-body wakes
A novel method is introduced to estimate phase-averaged pressure and acceleration of the coherent structures. It is applied and validated in the near...
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Radially Polarized Laser-Induced Electron Acceleration in Vacuum
Enhanced electron acceleration due to tightly focused (TF) short-intense radially polarized (RP) Gaussian laser pulse in vacuum has been...
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Quick reduct with multi-acceleration strategies in incomplete hybrid decision systems
In the era of big data, discovering knowledge from incomplete and mixed complex systems is an important research topic that has always been the focus...
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Chirped Cosh-Gaussian Electron Acceleration in Vacuum Due to Two Lasers
The effects of two parallel Cosh-Gaussian laser beat waves on electron acceleration in vacuum have been investigated. By using a Cosh-Gaussian (ChG)...
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Packing optimization of practical systems using a dynamic acceleration methodology
System design is a challenging and time-consuming task which often requires close collaboration between several multidisciplinary design teams to...
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Divergence–curl correction for pressure field reconstruction from acceleration in turbulent flows
The pressure, or more precisely, the pressure gradient, plays an important role in turbulent dynamics as it is the dominant forcing term acting on...
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Hardware Acceleration of Explainable AI
The “black-box” nature of machine learning models raises concerns related to accountability and trustworthiness. Explainable AI is a promising...
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Acceleration-Based Switching Surfaces for Impulsive Trajectory Design Between Cislunar Libration Point Orbits
A method is proposed to generate an initial guess for impulsive trajectory design in the circular restricted three-body problem. The method uses...
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Conservation of acceleration and dynamic entanglement in mechanics
Within a flow of a viscous fluid the effects of compression and viscosity are closely coupled with inertia. Discrete mechanics gives a physical sense...
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Gradient-based adaptive sampling framework and application in the laser-driven ion acceleration
Physical model optimisation has frequently been complemented by experimental design in scientific research. However, it can be time consuming to...
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Integrated circuit design of a discrete memristive chaotic system optimized by the fixed-point specific processor with acceleration instructions
Currently, design and application of discrete memristor aroused much interests. In this paper, digital integrated circuits of discrete memristive...
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Computational study of the pulsatile EMHD Sutterby nanofluid flow of blood through an inclined tapered porous artery having overlap** stenosis with body acceleration and slip effects
In recent years, the examination of blood flow in diseased arteries has been an essential field of research. Atherosclerosis is one of the most...
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Acceleration Function Evaluation and Selection for on-Orbit Moving Mechanism Based on Spectral Analysis
PurposeIn the large optical remote sensor, moving path planning for moving mechanisms is needed to reduce the vibration and to keep promising...
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Dynamic strain fields of the mouse brain during rotation
Mouse models are used to better understand brain injury mechanisms in humans, yet there is a limited understanding of biomechanical relevance,...
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Seismic Acceleration Estimation Method at Arbitrary Position Using Observations and Machine Learning
This study proposes a method of estimating the measurement data of nearby seismic stations by training an artificial neural network (ANN) through...
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Seismic optimal design of hysteretic dam** tuned mass damper (HD-TMD) for acceleration response control
The hysteretic dam** tuned mass damper (HD-TMD), which exhibits linear dam** force, has been achieved by variable friction devices. Such devices...
