Numerical Estimation of Effective Mechanical Properties for Reinforced Plexiglas in the Two-Dimensional Case by Vladimir Levin, Ignatiy Vdovichenko, Anatoly Vershinin, Maksim Yakovlev, Konstantin Zingerman

“…Numerical calculations were performed with the help of CAE Fidesys using the finite element method. The dependence of the effective properties of reinforced plexiglas upon the concentration of wires and the shape of wire cross section is investigated. …”
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Research on the Fatigue of Small Impulse Turbine Blade Based on the Numerical Simulation and Experimental Tests by Shijie Liu, Guozhu Liang, Jichao Liu, Yichuan Yang, Hui Wang

“…To study the fatigue properties, the finite element analyses are separately performed on the blade model and the specimen. …”
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Analysis of Meshing Temperature of Plastic Gear based on the Multi Heat Source of Frictional Heat Flux and Hysteresis Heat Flux by Guoda Yu, Huaiju Liu, Caichao Zhu, Zehua Lu, Peitang Wei

“…In order to predict the meshing temperature of plastic gears， a finite element numerical model of plastic gear temperature field is established considering the temperature-modulus effect of POM material and the multi-heat sources effect of frictional heat and hysteresis heat flux. …”
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Concept Modelling of Vehicle Joints and Beam-Like Structures through Dynamic FE-Based Methods by G. De Gaetano, D. Mundo, F. I. Cosco, C. Maletta, S. Donders

“…For the concept beams, the proposed method is based on a dynamic finite element (FE) approach, which estimates the stiffness characteristics of equivalent 1D beam elements using the natural frequencies, computed by a modal analysis of the detailed 3D FE model of the structure. …”
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An Integral Numerical Analysis of Impact of a Commercial Aircraft on Nuclear Containment by Xiaoxin Wang, Qin Zhou, Li Shi, Haitao Wang, Xiaotian Li

“…The force-time history obtained by FEA (finite element analysis) is compared with the one calculated by the Riera function. …”
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A Transient Dynamic Model of Brake Corner and Subsystems for Brake Creep Groan Analysis by Dejian Meng, Lijun Zhang, Jie Xu, Zhuoping Yu

“…In order to duplicate these brake creep groan phenomena, a transient dynamic model including brake corner and subsystems was established using finite element method. In the model, brake components were considered to be flexible body, and the subsystems including driveline, suspension, tire, and vehicle body were considered to be rigid body. …”
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Simulation-Based Optimization of Cure Cycle of Large Area Compression Molding for LED Silicone Lens by Min-Jae Song, Kwon-Hee Kim, Seok-Kwan Hong, Jeong-Won Lee, Jeong-Yeon Park, Gil-Sang Yoon, Heung-Kyu Kim

“…It was thus confirmed that an optimization of large area LED lens molding process was possible by using the present experiment and the finite element method.…”
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Research on High Speed Dry Cutting Technology and Machining Experiment of Small Module Spiral Bevel Gear by Qi Liu, Hua Zhang, Jianjun Yang

“…Aiming at the characteristics of high speed dry cutting technology of small module spiral bevel gear，the thermal mechanical coupling model of bevel cutting is established，and the influence of different process conditions on cutting force is simulated and analyzed by using Abaqus finite element software. The cemented carbide is selected as the tool material，and the high speed dry cutting technology process of small modulus spiral bevel gear is discussed. …”
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A Modeling Strategy for Predicting the Response of Steel Plate-Concrete Composite Walls by Mohammad Sadegh Barkhordari

“…In this study, a new semi-macro modified fixed strut angle finite element model is proposed to predict the nonlinear response of SCC walls using OpenSees. …”
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Study on Numerical Simulation of Seismic Collapse of RC Frame Structure with Infilled Wall by Defeng Xu, Junwu Dai, Yongqiang Yang, Xuran Weng, Gang Sun

“…Here, with the numerical modeling method of the infilled wall, the connection between infilled wall and RC frame was primarily investigated. The combined finite element (FE) and finite-discrete element (F-DE) method is proposed to simulate the multispan and multistory RC frame structure with infilled wall. …”
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Study on the formation mechanism of viscoplastic line deposition for predicting filament width by Yifeng Yao, Qiang Gao, Kaicheng Yu, Lizi Qi, Zexue Lin, Jingfeng Xu, Yinze Li, Peng Zhang, Min Zhu, Lihua Lu

“…In this study, a finite element model (FEM) is established to investigate the impact of processing and fluid parameters on the spreading of the HB inks. …”
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A Simple Method to Design and Analyze Dynamic Vibration Absorber of Pipeline Structure Using Dimensional Analysis by Mehrdad Shemshadi, Mahdi Karimi, Farzad Veysi

“…The proposed methodology is validated using the finite element method and simulation in the SIMULINK/MATLAB. …”
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Modeling of Functionally Graded Material Shells by Khalil Sihame, Elmhaia Oussama, Hamdaoui Abdellah, Braikat Bouazza, Hu Heng, Boukamel Adnane, Damil Noureddine

“…Our approach integrates a three-step process: representation of variables and loading conditions through a truncated Taylor series, discretization using the finite element method (FEM), and advancement via a continuation method. …”
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Study on Cutting Form and Surface Machining Quality of Wheel Tread under Reprofiling by Jianxi Wang, Xin Xue, Yongjie Lu

“…The present study involves dynamic simulation of tread reprofiling process by building a finite element model of wheel reprofiling, taking the wheel steel as research object. …”
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Ballistic Penetration of Small-Caliber Bullet in Double-Arrow Honeycomb Core Structures with Negative Poisson’s Ratio by LIU Yangzuo, XU Cheng, MA Wuning, REN Jie, ZHANG Zhendong

“…The anti-penetration performance of a double-arrow honeycomb sandwich structure with negative Poisson’s ratio (NPR) is investigated by using finite element simulation. With the penetration of small-caliber projectiles to nine types of arrowhead NPR honeycomb sandwich structures, the ballistic characteristics are obtained. …”
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Seismic Performance and Vibration Control of Rapid Construction Environmental Protection Wall Based on Artificial Intelligence by Jie Fu, Shuangxi Zhou, Li Liu, Mingxing Liu

“…This paper firstly established the seismic performance analysis model of the environmental protection wall, used the finite element method to construct the environmental protection wall model, and then used the artificial intelligence algorithm to analyze the seismic performance of the rapid construction environmental protection wall. …”
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Study on Wind Resistance Performance of Transmission Tower Using Fixture-Type Reinforcement Device by Xiao Tan, Yaodong Liu, Ben Sha, Nailong Zhang, Jie Chen, Hao Wang, Jianxiao Mao

“…This paper uses the finite element method to investigate the influence of a fixture-type reinforcement device (FRD) on the load-bearing performance of the transmission tower structure and explores the effects of different numbers of fixture pairs on the reinforcement. …”
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Online Fatigue-Monitoring Models with Consideration of Temperature Dependent Properties and Varying Heat Transfer Coefficients by HengLiang Zhang, Shi Liu, Danmei Xie, Yangheng Xiong, Yanzhi Yu, Yan Zhou, Rui Guo

“…An efficient and accurate method is confirmed by comparing its result with corresponding 3D finite element analysis results for a reactor pressure vessel (RPV). …”
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Mechanical properties of honeycomb structure with zero Poisson’s ratio for flexible trailing edge by ZHOU Yue, LI Bo, XU Weiwei, WEN Youyi

“…To provide technical support for the design of new seamless flexible trailing edge structures，a comparative study of the elastic properties of four novel zero Poisson’s ratio honeycomb structures（sinusoidal-type，V-type，segmented sinusoidal-type and cosine-type）is conducted through theoretical analysis and finite element simulation. A tensile test on the cosine honeycomb is also carried out. …”
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Numerical Analysis of a Real Photovoltaic Module with Various Parameters by Costica Nituca, Gabriel Chiriac, Dumitru Cuciureanu, Guoqiang Zhang, Dong Han, Adrian Plesca

“…Temperature influence over the PV module performances is analyzed by using a thermal model of the ALTIUS Module AFP-235W using the finite element method. A temperature variation on the surface of the PV module is starting from a low value 40.15°C to a high value of 52.07°C. …”
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