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Innovative Model of Precast RC Curved Hybrid Deep Beams Composed Partially with High-Performance Concrete
A novel model of precast hybrid deep beams was proposed. The curved interface was proposed with several compositions of four concrete types. These...
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Flow of a Hybrid Copper–Gold Nanofluid over a Curved Stretching Surface with Magnetohydrodynamic Enhancement: A Numerical Exploration
In this study, we investigate how a magnetic field affects the dynamic behavior of a hybrid nanofluid flow over a curved stretching surface. The...
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Effect of mass flow rate on the thermo-electrical performance of hybrid PVT system with curved-groove absorber
Photovoltaic (PV) panels used for converting sunlight into electrical energy offer several drawbacks, such as poor efficiency, occupying a larger...
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The constant force control based on an optimized environmental model for the robotic lap** of curved surface
During the curved surface lap** processing by robot, the surface quality of the processed workpieces cannot be fully guaranteed because of the...
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Thermosolutal convection of NEPCM inside a curved rectangular annulus: hybrid ISPH method and machine learning
In this work, the incompressible smoothed particle hydrodynamics (ISPH) method is utilized to simulate thermosolutal convection in a novel annulus...
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Straight and curved cylindrical rods settling in quiescent fluid with application to atmospheric microplastics
In this study, an experimental analysis is conducted on the settling of straight and curved cylindrical rods, which are used to replicate a Reynolds...
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Study on the flow structure in curved open channels with suspended vegetation using multi relaxation time lattice Boltzmann method
Suspended vegetation in rivers, lakes, reservoirs and canals can change flow structure, which will in turn affect the sediment transport and cause...
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Hybrid prediction model for residual stress profile induced by multi-axis milling Ti-6Al-4 V titanium alloy combined finite element with experiment
Complex curved thin-walled structures, typically produced by multi-axis milling, are highly susceptible to deformation induced by residual stress. It...
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Dynamic Instability Behaviour Prediction of Curved Shell Composite Structure Using Different Higher-Order Theories
PurposeThis research paper explores the dynamic instability behaviour of laminated curved shell composite structures under in-plane loading...
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Effect of the arching action on the behavior of the RC precast concrete deep beams: comparison between several hybrid models
The application of precast industry in production various structural elements increased dramatically. Deep beams is an important kind of such...
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Dynamic Characteristics of Damaged Hybrid Composite (Luffa-CNT): Theoretical and Experimental Verification
PurposeThe time-dependent deflection characteristics of intact/damaged hybrid curved shell panels have been analyzed numerically under external...
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Energy consumption modelling in milling of variable curved geometry
The accurate estimation of energy consumption is beneficial to manufacturing enterprises economically as well as to overcome global energy crisis....
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Optimal design of non-uniform curved grid-stiffened shell with various stiffener patterns
This paper presents a non-uniform curved grid-stiffened shell design method aiming to enhance structural performance using various stiffener...
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Variable Stiffness and Free Vibration Analysis of Cylindrically Curved Plate with Variable Thickness Graphene Reinforced Porous Material
IntroductionThis paper investigates the free vibration problem of variable thickness graphene-reinforced porous cylindrical curved plates, which is...
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Thermal Buckling, Vibration and Dam** Behavior of Viscoelastic-FGM Sandwich Doubly Curved Panels
Free vibration, dam** and three-dimensional thermal buckling studies of the doubly curved sandwich viscoelastic-functionally graded (FG) material...
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Aggregation influence of CNTs on wave dispersion modeling of hybrid nanocomposite arches
Nanocomposites have gained fame due to their characteristics and are used in many industries such as automotive, aerospace, and biomedical. Also,...
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Energy efficient walking: combining height variation of the center of mass and curved feet
We use characteristics inspired by the human gait to reduce the energy expenditure of walking in low-cost humanoid robots. Our contribution is to...
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Curved Polymeric Sandwich Composites Subjected to Air Shock: An Experimental Investigation
BackgroundThe vulnerability of polymeric composite sandwich structures in marine applications to air explosions highlights a significant gap in our...
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An automatic robot polishing control method for compound surface comprising plane and curved surfaces
This paper presents a robotic polishing method for compound surfaces comprising plane and curved surfaces to increase quality and reduce costs, time,...
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A hybrid physics-data-driven surface roughness prediction model for ultra-precision machining
The surface finish quality is critical to the service performance of a machined part, and single-point diamond ultra-precision machining can achieve...