finite element (fe) analysis method (Abaqus Inc)
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finite element (fe) analysis method
Finite Element (Fe) Analysis Method, supplied by Abaqus Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/finite+element+(fe)+method/finite+element++fe++analysis/pm37976290-1-8-7
Average 90 stars, based on 1 article reviews
Finite Element (Fe) Analysis Method, supplied by Abaqus Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/finite+element+(fe)+method/finite+element++fe++analysis/pm37976290-1-8-7
Average 90 stars, based on 1 article reviews
finite element (fe) analysis method - by Bioz Stars,
2026-09
90/100 stars
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Shear:Article Title: Investigation on laminated steel slit shear walls with low yield steel Article Snippet: To improve the energy dissipation capacity of steel slit shear walls made of thin plates and mitigate the adverse effects from the large out-of-plane deformation and potential local buckling failure, a novel laminated steel slit (LSS) shear wall assembled from two single-layer steel slit (SSS) shear walls is proposed in this study.. First, the theoretical analysis method for predicting the shear strength and stiffness of the LSS shear walls is proposed.. To validate the theoretical method as well as investigate the hysteretic performance of the LSS shear walls, two specimens made from different materials, common carbon steel and low yield steel, are designed and tested experimentally under quasi-static cyclic loading. Article Title: Controlled surface wrinkling as a novel strategy for the compressibility-tunable PZT film-based energy harvesting system Article Snippet: Using a controlled surface wrinkling strategy, we designed a flexible energy harvesting system made from a compliant substrate, stiff skin layer, a thin PZT film, and an interdigitated electrode sandwich structure.. This energy harvesting system, which operates under compressing and releasing operating modes that are common in nature and engineering, accommodates orders-of-magnitude increases in maximum compressive strain without fracture.. This increased range allows the system to be used for more applications. Article Title: A Novel Baseline-Free Method for Damage Localization Using Guided Waves Based on Hyperbola Imaging Algorithm. Article Snippet: Validation of Numerical Simulation In order to verify the effectiveness of the proposed method, a three-dimensional finite element (FE) model was firstly developed in conjunction with a commercial Article Title: A comprehensive error compensation strategy for machining process with general fixture layouts Article Snippet: The modeling of equivalent fixture error (EFE) in machining process has been proved to be an effective way for variation reduction.. However, previously developed approaches did not describe the EFE phenomenon of workpiece deformation.. This paper proposes a comprehensive EFE model that can simultaneously transform the datum errors, machine tool path error and workpiece deformation to EFE. Article Title: Manufacturing Technologies of Polymer Composites-A Review. Article Snippet: Song et al. [156] carried out a single particle collision simulation using the Article Title: Finite Element Analysis of Double-Line Railway Tracks on Stone Column-Reinforced Earth Beds Article Snippet: A framework for analyzing a double-line railway track reinforced with stone columns using a three-dimensional time-domain finite element model has been presented.. The model comprised of a track consisting of rail, sleepers, embankment (ballast, subballast, and sand covering layer), and ground.. A focused parametric study for unreinforced tracks on various track parameters indicated that subgrade elastic modulus and track spacing are the two most crucial factors influencing the response. Article Title: Multi-Mode Ultrasonic Guided Waves Based Damage Detection in L-Bars with Asymmetric Cross-Section with Sum of Multiple Signals Method Article Snippet: To demonstrate the effectiveness of the above mode control for the proposed method, a finite element (FE) model of the L-bar is established by a commercial Article Title: Manufacturing Technologies of Polymer Composites—A Review Article Snippet: Song et al. [ ] carried out a single particle collision simulation using the Software:Article Title: Investigation on laminated steel slit shear walls with low yield steel Article Snippet: To improve the energy dissipation capacity of steel slit shear walls made of thin plates and mitigate the adverse effects from the large out-of-plane deformation and potential local buckling failure, a novel laminated steel slit (LSS) shear wall assembled from two single-layer steel slit (SSS) shear walls is proposed in this study.. First, the theoretical analysis method for predicting the shear strength and stiffness of the LSS shear walls is proposed.. To validate the theoretical method as well as investigate the hysteretic performance of the LSS shear walls, two specimens made from different materials, common carbon steel and low yield steel, are designed and tested experimentally under quasi-static cyclic loading. Article Title: Controlled surface wrinkling as a novel strategy for the compressibility-tunable PZT film-based energy harvesting system Article Snippet: Using a controlled surface wrinkling strategy, we designed a flexible energy harvesting system made from a compliant substrate, stiff skin layer, a thin PZT film, and an interdigitated electrode sandwich structure.. This energy harvesting system, which operates under compressing and releasing operating modes that are common in nature and engineering, accommodates orders-of-magnitude increases in maximum compressive strain without fracture.. This increased range allows the system to be used for more applications. Article Title: A Novel Baseline-Free Method for Damage Localization Using Guided Waves Based on Hyperbola Imaging Algorithm. Article Snippet: Validation of Numerical Simulation In order to verify the effectiveness of the proposed method, a three-dimensional finite element (FE) model was firstly developed in conjunction with a commercial Article Title: A comprehensive error compensation strategy for machining process with general fixture layouts Article Snippet: The modeling of equivalent fixture error (EFE) in machining process has been proved to be an effective way for variation reduction.. However, previously developed approaches did not describe the EFE phenomenon of workpiece deformation.. This paper proposes a comprehensive EFE model that can simultaneously transform the datum errors, machine tool path error and workpiece deformation to EFE. Article Title: Manufacturing Technologies of Polymer Composites-A Review. Article Snippet: Song et al. [156] carried out a single particle collision simulation using the Article Title: Finite Element Analysis of Double-Line Railway Tracks on Stone Column-Reinforced Earth Beds Article Snippet: A framework for analyzing a double-line railway track reinforced with stone columns using a three-dimensional time-domain finite element model has been presented.. The model comprised of a track consisting of rail, sleepers, embankment (ballast, subballast, and sand covering layer), and ground.. A focused parametric study for unreinforced tracks on various track parameters indicated that subgrade elastic modulus and track spacing are the two most crucial factors influencing the response. Article Title: Multi-Mode Ultrasonic Guided Waves Based Damage Detection in L-Bars with Asymmetric Cross-Section with Sum of Multiple Signals Method Article Snippet: To demonstrate the effectiveness of the above mode control for the proposed method, a finite element (FE) model of the L-bar is established by a commercial Article Title: Manufacturing Technologies of Polymer Composites—A Review Article Snippet: Song et al. [ ] carried out a single particle collision simulation using the Biomarker Discovery:Article Title: Investigation on laminated steel slit shear walls with low yield steel Article Snippet: To improve the energy dissipation capacity of steel slit shear walls made of thin plates and mitigate the adverse effects from the large out-of-plane deformation and potential local buckling failure, a novel laminated steel slit (LSS) shear wall assembled from two single-layer steel slit (SSS) shear walls is proposed in this study.. First, the theoretical analysis method for predicting the shear strength and stiffness of the LSS shear walls is proposed.. To validate the theoretical method as well as investigate the hysteretic performance of the LSS shear walls, two specimens made from different materials, common carbon steel and low yield steel, are designed and tested experimentally under quasi-static cyclic loading. Article Title: Controlled surface wrinkling as a novel strategy for the compressibility-tunable PZT film-based energy harvesting system Article Snippet: Using a controlled surface wrinkling strategy, we designed a flexible energy harvesting system made from a compliant substrate, stiff skin layer, a thin PZT film, and an interdigitated electrode sandwich structure.. This energy harvesting system, which operates under compressing and releasing operating modes that are common in nature and engineering, accommodates orders-of-magnitude increases in maximum compressive strain without fracture.. This increased range allows the system to be used for more applications. Article Title: A Novel Baseline-Free Method for Damage Localization Using Guided Waves Based on Hyperbola Imaging Algorithm. Article Snippet: Validation of Numerical Simulation In order to verify the effectiveness of the proposed method, a three-dimensional finite element (FE) model was firstly developed in conjunction with a commercial Article Title: A comprehensive error compensation strategy for machining process with general fixture layouts Article Snippet: The modeling of equivalent fixture error (EFE) in machining process has been proved to be an effective way for variation reduction.. However, previously developed approaches did not describe the EFE phenomenon of workpiece deformation.. This paper proposes a comprehensive EFE model that can simultaneously transform the datum errors, machine tool path error and workpiece deformation to EFE. Article Title: Manufacturing Technologies of Polymer Composites-A Review. Article Snippet: Song et al. [156] carried out a single particle collision simulation using the Article Title: Finite Element Analysis of Double-Line Railway Tracks on Stone Column-Reinforced Earth Beds Article Snippet: A framework for analyzing a double-line railway track reinforced with stone columns using a three-dimensional time-domain finite element model has been presented.. The model comprised of a track consisting of rail, sleepers, embankment (ballast, subballast, and sand covering layer), and ground.. A focused parametric study for unreinforced tracks on various track parameters indicated that subgrade elastic modulus and track spacing are the two most crucial factors influencing the response. Article Title: Multi-Mode Ultrasonic Guided Waves Based Damage Detection in L-Bars with Asymmetric Cross-Section with Sum of Multiple Signals Method Article Snippet: To demonstrate the effectiveness of the above mode control for the proposed method, a finite element (FE) model of the L-bar is established by a commercial Article Title: Manufacturing Technologies of Polymer Composites—A Review Article Snippet: Song et al. [ ] carried out a single particle collision simulation using the Single Particle:Article Title: Investigation on laminated steel slit shear walls with low yield steel Article Snippet: To improve the energy dissipation capacity of steel slit shear walls made of thin plates and mitigate the adverse effects from the large out-of-plane deformation and potential local buckling failure, a novel laminated steel slit (LSS) shear wall assembled from two single-layer steel slit (SSS) shear walls is proposed in this study.. First, the theoretical analysis method for predicting the shear strength and stiffness of the LSS shear walls is proposed.. To validate the theoretical method as well as investigate the hysteretic performance of the LSS shear walls, two specimens made from different materials, common carbon steel and low yield steel, are designed and tested experimentally under quasi-static cyclic loading. Article Title: Controlled surface wrinkling as a novel strategy for the compressibility-tunable PZT film-based energy harvesting system Article Snippet: Using a controlled surface wrinkling strategy, we designed a flexible energy harvesting system made from a compliant substrate, stiff skin layer, a thin PZT film, and an interdigitated electrode sandwich structure.. This energy harvesting system, which operates under compressing and releasing operating modes that are common in nature and engineering, accommodates orders-of-magnitude increases in maximum compressive strain without fracture.. This increased range allows the system to be used for more applications. Article Title: A Novel Baseline-Free Method for Damage Localization Using Guided Waves Based on Hyperbola Imaging Algorithm. Article Snippet: Validation of Numerical Simulation In order to verify the effectiveness of the proposed method, a three-dimensional finite element (FE) model was firstly developed in conjunction with a commercial Article Title: A comprehensive error compensation strategy for machining process with general fixture layouts Article Snippet: The modeling of equivalent fixture error (EFE) in machining process has been proved to be an effective way for variation reduction.. However, previously developed approaches did not describe the EFE phenomenon of workpiece deformation.. This paper proposes a comprehensive EFE model that can simultaneously transform the datum errors, machine tool path error and workpiece deformation to EFE. Article Title: Manufacturing Technologies of Polymer Composites-A Review. Article Snippet: Song et al. [156] carried out a single particle collision simulation using the Article Title: Finite Element Analysis of Double-Line Railway Tracks on Stone Column-Reinforced Earth Beds Article Snippet: A framework for analyzing a double-line railway track reinforced with stone columns using a three-dimensional time-domain finite element model has been presented.. The model comprised of a track consisting of rail, sleepers, embankment (ballast, subballast, and sand covering layer), and ground.. A focused parametric study for unreinforced tracks on various track parameters indicated that subgrade elastic modulus and track spacing are the two most crucial factors influencing the response. Article Title: Multi-Mode Ultrasonic Guided Waves Based Damage Detection in L-Bars with Asymmetric Cross-Section with Sum of Multiple Signals Method Article Snippet: To demonstrate the effectiveness of the above mode control for the proposed method, a finite element (FE) model of the L-bar is established by a commercial Article Title: Manufacturing Technologies of Polymer Composites—A Review Article Snippet: Song et al. [ ] carried out a single particle collision simulation using the Adhesive:Article Title: Investigation on laminated steel slit shear walls with low yield steel Article Snippet: To improve the energy dissipation capacity of steel slit shear walls made of thin plates and mitigate the adverse effects from the large out-of-plane deformation and potential local buckling failure, a novel laminated steel slit (LSS) shear wall assembled from two single-layer steel slit (SSS) shear walls is proposed in this study.. First, the theoretical analysis method for predicting the shear strength and stiffness of the LSS shear walls is proposed.. To validate the theoretical method as well as investigate the hysteretic performance of the LSS shear walls, two specimens made from different materials, common carbon steel and low yield steel, are designed and tested experimentally under quasi-static cyclic loading. Article Title: Controlled surface wrinkling as a novel strategy for the compressibility-tunable PZT film-based energy harvesting system Article Snippet: Using a controlled surface wrinkling strategy, we designed a flexible energy harvesting system made from a compliant substrate, stiff skin layer, a thin PZT film, and an interdigitated electrode sandwich structure.. This energy harvesting system, which operates under compressing and releasing operating modes that are common in nature and engineering, accommodates orders-of-magnitude increases in maximum compressive strain without fracture.. This increased range allows the system to be used for more applications. Article Title: A Novel Baseline-Free Method for Damage Localization Using Guided Waves Based on Hyperbola Imaging Algorithm. Article Snippet: Validation of Numerical Simulation In order to verify the effectiveness of the proposed method, a three-dimensional finite element (FE) model was firstly developed in conjunction with a commercial Article Title: A comprehensive error compensation strategy for machining process with general fixture layouts Article Snippet: The modeling of equivalent fixture error (EFE) in machining process has been proved to be an effective way for variation reduction.. However, previously developed approaches did not describe the EFE phenomenon of workpiece deformation.. This paper proposes a comprehensive EFE model that can simultaneously transform the datum errors, machine tool path error and workpiece deformation to EFE. Article Title: Manufacturing Technologies of Polymer Composites-A Review. Article Snippet: Song et al. [156] carried out a single particle collision simulation using the Article Title: Finite Element Analysis of Double-Line Railway Tracks on Stone Column-Reinforced Earth Beds Article Snippet: A framework for analyzing a double-line railway track reinforced with stone columns using a three-dimensional time-domain finite element model has been presented.. The model comprised of a track consisting of rail, sleepers, embankment (ballast, subballast, and sand covering layer), and ground.. A focused parametric study for unreinforced tracks on various track parameters indicated that subgrade elastic modulus and track spacing are the two most crucial factors influencing the response. Article Title: Multi-Mode Ultrasonic Guided Waves Based Damage Detection in L-Bars with Asymmetric Cross-Section with Sum of Multiple Signals Method Article Snippet: To demonstrate the effectiveness of the above mode control for the proposed method, a finite element (FE) model of the L-bar is established by a commercial Article Title: Manufacturing Technologies of Polymer Composites—A Review Article Snippet: Song et al. [ ] carried out a single particle collision simulation using the Control:Article Title: Investigation on laminated steel slit shear walls with low yield steel Article Snippet: To improve the energy dissipation capacity of steel slit shear walls made of thin plates and mitigate the adverse effects from the large out-of-plane deformation and potential local buckling failure, a novel laminated steel slit (LSS) shear wall assembled from two single-layer steel slit (SSS) shear walls is proposed in this study.. First, the theoretical analysis method for predicting the shear strength and stiffness of the LSS shear walls is proposed.. To validate the theoretical method as well as investigate the hysteretic performance of the LSS shear walls, two specimens made from different materials, common carbon steel and low yield steel, are designed and tested experimentally under quasi-static cyclic loading. Article Title: Controlled surface wrinkling as a novel strategy for the compressibility-tunable PZT film-based energy harvesting system Article Snippet: Using a controlled surface wrinkling strategy, we designed a flexible energy harvesting system made from a compliant substrate, stiff skin layer, a thin PZT film, and an interdigitated electrode sandwich structure.. This energy harvesting system, which operates under compressing and releasing operating modes that are common in nature and engineering, accommodates orders-of-magnitude increases in maximum compressive strain without fracture.. This increased range allows the system to be used for more applications. Article Title: A Novel Baseline-Free Method for Damage Localization Using Guided Waves Based on Hyperbola Imaging Algorithm. Article Snippet: Validation of Numerical Simulation In order to verify the effectiveness of the proposed method, a three-dimensional finite element (FE) model was firstly developed in conjunction with a commercial Article Title: A comprehensive error compensation strategy for machining process with general fixture layouts Article Snippet: The modeling of equivalent fixture error (EFE) in machining process has been proved to be an effective way for variation reduction.. However, previously developed approaches did not describe the EFE phenomenon of workpiece deformation.. This paper proposes a comprehensive EFE model that can simultaneously transform the datum errors, machine tool path error and workpiece deformation to EFE. Article Title: Manufacturing Technologies of Polymer Composites-A Review. Article Snippet: Song et al. [156] carried out a single particle collision simulation using the Article Title: Finite Element Analysis of Double-Line Railway Tracks on Stone Column-Reinforced Earth Beds Article Snippet: A framework for analyzing a double-line railway track reinforced with stone columns using a three-dimensional time-domain finite element model has been presented.. The model comprised of a track consisting of rail, sleepers, embankment (ballast, subballast, and sand covering layer), and ground.. A focused parametric study for unreinforced tracks on various track parameters indicated that subgrade elastic modulus and track spacing are the two most crucial factors influencing the response. Article Title: Multi-Mode Ultrasonic Guided Waves Based Damage Detection in L-Bars with Asymmetric Cross-Section with Sum of Multiple Signals Method Article Snippet: To demonstrate the effectiveness of the above mode control for the proposed method, a finite element (FE) model of the L-bar is established by a commercial Article Title: Manufacturing Technologies of Polymer Composites—A Review Article Snippet: Song et al. [ ] carried out a single particle collision simulation using the |