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Approximation of elasticity modulus of groundnut shell ash-based self-consolidating high-performance concrete using artificial neural network
The focus of this study is the prediction of Elasticity Modulus (ME) of Self-Consolidating High-Performance Concrete (SCHPC) incorporated with...
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Influence of Carbide Slag Stabilization on the Short-Term and Long-Term Resilient Modulus of Clayey Subgrade
Carbide slag (CS), which is usually disposed of as sludge in open spaces by firms producing acetylene gas, poses environmental hazards. This study...
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Complex modulus of cement-bitumen treated materials produced with different reclaimed asphalt gradations
The increasing attention over cold recycling technologies as sustainable paving solutions requires a proper characterisation in terms of complex...
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Numerical simulation and experimental study of a broadband acoustic metamaterial duct muffler considering thermal-viscous loss
In this paper, a sub-wavelength sector acoustic metamaterial (SAM) cell was presented for duct noise attenuation. A numerical model considering...
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Support Vector Machines-Based Prediction of Elastic Modulus for Granite Rock
The modulus of elasticity (E) of the rock masses is an important parameter in the design of any kind of structure. The related data obtained from the...
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High-modulus and low-shrinkage hybrid-fiber reinforced engineered cementitious composites (ECC)
Engineered cementitious composites (ECC) characterizes with high strain capacity, accompanied by two notable disadvantages, i.e., low elastic modulus...
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Complex Modulus characterization of an Optimized Binder with SCMs: proposition of an enhanced Cement formulation to improve Stiffness Behavior and Durability of Mortars and Concretes
Materials optimization is an aspect of continuous endeavor for civil engineering in many applications, especially in construction where the...
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Epoxy Resin-Based Cementing Fluid Produces a Low Elastic Modulus Cementing Fluid System and Enhances the Cement–Formation Interface
Epoxy resin has better mechanical properties than Portland cement, and epoxy resin can easily seep into and stabilize the mud cake, which is more...
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An investigation into the use of load reduction devices integrated with high-modulus synthetic mooring lines for semi-submersible station kee**
Floating offshore wind (FOW) requires cost reduction to compete with fixed offshore wind, and other traditional and renewable energy sources. One...
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Study on Roller Bearing Power Loss Calculation Considering the Raceway Fault
The local fault of the roller bearing changes the contact characteristics between the roller and the raceway, affecting its friction coefficient and...
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Prediction of Long-Term Prestress Loss in Prestressed Concrete Beam with Corrugated Steel Web
Prestressing steel experiences stress loss by interacting with creep and shrinkage deformation of concrete in addition to its intrinsic relaxation...
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Nonlinear support loss in micro/nano beam resonators induced by geometric nonlinearity
Support loss, as one of the main energy dissipation sources in micro/nano mechanical resonators, is generally evaluated by linear theories without...
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Improved Space Vector Modulation of Single-Phase ANPC Three-Level Converter with Balanced Loss Distribution
Aiming at the single-phase full-bridge active neutral-point clamped (ANPC) converter, the traditional space vector modulation (SVPWM) method has the...
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Analytical Model of Windage Power Loss for Aerospace Spiral Bevel Gears in Air Phase
The windage power loss of spiral bevel gears is a load-independent power loss, which is always one of the important factors affecting the...
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Effect of Volume Loss During Tunnel Construction on the Ground Surface
Volume loss primarily depends on the characteristics of soil and rock and the method of construction of the tunnel. Ground settlement during the...
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Statistical Modeling of Asphalt Pavement Surface Friction Based on Aggregate Fineness Modulus and Asphalt Mix Volumetrics
Predicting pavement surface friction during the design stage allows engineers to optimize the design of the roadway to provide the appropriate level...
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Cracking Healing Evaluation of HMA Using Indirect Tensile Stiffness Modulus Test
Crack healing is characterised by the recovery of stiffness in asphalt concrete after a period of rest. Micro damage occurs in asphalt pavement...
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Assessing Early-age Dynamic Elastic Modulus in High-Performance Concrete
Monitoring early-age elastic properties of concrete is critically important for accurately determining the crack risk. This paper focuses on...
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Mechanical response model with core loss of microcapsules under uniaxial compression and its parameters analysis
Microcapsules are widely used in various fields. However, there is no way to predict the mechanical response of microcapsules accurately. To address...
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Prestress Loss and Transfer Length Prediction in Pretensioned Concrete Structures with Corrosive Cracking
Concrete cracking caused by strand corrosion reduces bond strength and leads to loss of prestress and changes in transfer length. In this chapter, a...