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A Finite Element Modeling Approach for Analyzing the Cyclic Behavior of RC Frames
Numerous approaches and inputs for nonlinear finite element analysis used for modeling reinforced concrete systems under cyclic loads have been...
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Efficient Bayesian inference for finite element model updating with surrogate modeling techniques
Bayesian finite element model updating has become an important tool for structural health monitoring. However, it takes a large amount of...
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Reinforcement learning inclusion to alter design sequence of finite element modeling
The study explores possibilities on how to approach cross-field methods, such as the design of mechanical systems via finite element modeling, with...
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Mode-I interlaminar fracture modeling of DCB composite laminate using finite element techniques
Interlaminar fracture is the most common type of failure in polymeric textile composites because these composites are prone to delaminate under the...
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Finite-Element Modeling of Laser Shock Forming Technology
AbstractLaser shock forming is an innovative technology in which a laser shock wave induces a flexural deformation of a thin plate. Naturally, the...
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Finite Element Modeling of Steel Cord in Engineering Radial Tires Using Parametric Equations
The finite element method provides feasibility for the analysis of complex structures, specifically for helical wire rope structures like radial tire...
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Three-dimensional finite element modeling of double-twisted hexagonal mesh
The mesh structure based on double-twisted hexagonal grids is an important part of reinforced gabion structures. Due to challenges in sensor...
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Efficient Finite Element Modeling of Piezoelectric Transducers for Wave-Propagation-Based Analysis
Modeling piezoelectric elements (piezos) using the finite element method with electro-mechanical coupling requires significant computational...
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On effective finite element modeling for investigating elasto-plastic deformation of pi** systems under internal pressure and seismic loading
To consider plastic deformations of materials in strong seismic loading, such as beyond design basis earthquakes, strain-based seismic assessments...
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Investigation of the Effect of Single Abrasive Grain Cutting Factors on Trace Microrelief on the Workpiece Surface Using Finite Element Modeling
AbstractA problem is formulated to investigate the influence of various factors of a single grain cutting process on the formed microrelief of the...
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Finite Element Formulations
This chapter describes the fundamental concepts of displacement-based finite element formulations. Starting from the basic ideas of structural...
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Finite element modeling on micro-machining of graphene-reinforced aluminum matrix composites
Graphene-reinforced metal matrix composites have received a lot of attention from academia and industry due to their excellent mechanical properties....
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3D non-linear finite element modeling of one-way RC slab strengthened with concrete overlay
Reinforced concrete (RC) slabs often require strengthening due to deterioration, increased loads, or design changes. Concrete overlay is a commonly...
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Machining of Thin-Walled Workpieces: Two-Dimensional Finite-Element Modeling
AbstractThe machining of large thin-walled rings is considered. The influence of the cutter geometry and the cutting conditions on the machining...
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Comparison of Test Results and Finite-Element Analysis Using Elastoplastic Modeling of 2.5D C/SiC Composites
Carbon fiber-reinforced silicon carbide composites (C/SiC) have high specific strength and excellent oxidation resistance at ultra-high temperatures...
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Modeling and analysis of scra** forces using finite element method
Scra** is a metalworking method used by many industries to obtain good flatness, low friction, and good lubricating properties on metal surfaces....
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Modeling and finite element simulation of sustainable coronary stent with a variation in unit cell design
This study presents a comprehensive finite element modeling and simulation approach to investigate the mechanical behavior of sustainable coronary...
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Modeling of ultrasonic vibration-assisted micromachining using the particle finite element method
When metals and alloys are exposed to ultrasonic vibrations (UV), a softening behavior occurs, caused by the phenomenon of acousto-plasticity. To...
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A Modified Substructure Method for Complex 3D Finite Element Analysis of PVDs with Vacuum Preloading
The complex three-dimensional (3D) finite element analysis of prefabricated vertical drains (PVDs) still has some problems, such as intricate...
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Guidelines for Finite Element Modeling of Cell Adhesion Process
Cell adhesion is a phenomenon characterizing cell-environment interactions and affects cellular behavior. Cell-substrate adhesion is ensured by focal...