An Efficient Hybrid Method for 3D Scattering from Inhomogeneous Object Buried beneath a Dielectric Randomly Rough Surface by Hong-jie He, Li-xin Guo, Wei Liu

“…In the hybrid method, the electric and magnetic currents on the dielectric rough surface are obtained by current-based Kirchhoff approximation (KA), while the scattering from the inhomogeneous object is rigorously studied by finite element method (FEM) combined with the boundary integral method (BIM). …”
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Modelling Adhesive Using Non-Linear Truss Elements in Mode I Delamination Problems by Maedeh Ranjbar, Gordan Jelenić, Leo Škec

“…A fast and simple finite element model is presented in this paper to simulate the crack propagation in notched beam structures with two layers and one interface medium in Mode I delamination. …”
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Study on Cumulative Damage Law of Stainless Steel-Reinforced Concrete Columns under Step Impact Loading by Bo Wu, Shixiang Xu, Guoxue Zhang

“…The damage performance after impact was studied, and the finite element model was established. The test measured the impact force, displacement, cracking of the specimen during the impact, and the concrete damage near the bottom of the specimen. …”
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Contact Simulation and Structure Design of 2K-V Type Involute Planetary Transmission by Zhou Hongjun, Zhou Guangwu, Wang Jiaxu, Wei Bo, Wu Huichao

“…The static contact simulation of the internal meshing which is a key part of the reducer is proceeded by the finite element analysis software ABAQUS. Then,the meshing tooth pairs and the load distribution are obtained and compared with the results of theoretical calculation. …”
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Development of an Equivalent Force Method and an Application in Simulating the Radiated Noise from an Operating Diesel Engine by Nickolas Vlahopoulos, Yury Kalish, S.T. Raveendra

“…In this paper a new methodology is presented for applying measured accelerations and forces as excitation on a structural finite element model in order to perform a forced frequency response analysis. …”
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Interface Slip of the Steel Beam Strengthened with the CFRP Sheet under Temperature and Creep by Wenyu Hou, Yanfeng Li, Yongping Guan

“…The formulas of the interface slip were established by using the elastic method and energy variational method, respectively, and the accuracy of the formulas was verified by finite element analysis Abaqus. The results showed that when the creep was not taken into account, the interface slip was the maximum at the end of the beam and the minimum at the middle of the span. …”
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An Experimental Study on Deformation Fractures of Fissured Rock around Tunnels in True Triaxial Unloads by Meng Wang, Zheming Zhu, Jun Xie

“…The uniaxial compression tests were simulated by using finite element method.…”
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Investigation on the Band Gap and Negative Properties of Concentric Ring Acoustic Metamaterial by Meng Chen, Dan Meng, Heng Jiang, Yuren Wang

“…The acoustic characteristics of 2D single-oscillator, dual-oscillator, and triple-oscillator acoustic metamaterials were investigated based on concentric ring structures using the finite element method. For the single-oscillator, dual-oscillator, and triple-oscillator models investigated here, the dipolar resonances of the scatterer always induce negative effective mass density, preventing waves from propagating in the structure, thus forming the band gap. …”
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DESIGN AND PERFORMANCE ANALYSIS OF A DOUBLE LAYER VIBRATION ISOLATOR SUITABLE FOR AMMUNITION ROAD TRANSPORTATION by 张皓宇, 韩保红, 程兆刚, 曹洪娜, 刘俊延

“…According to the characteristics and technical requirements of ammunition transportation, proposes a double-layer vibration isolation system with large load, establishes its dynamic model, solves the transfer function by using Laplace transform, analyzes the influence characteristics of various parameters on the transfer function through MATLAB, establishes the finite element simulation model and compares with the theoretical model, and verifies the accuracy of the model. …”
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RESEARCH ON LOAD DISTRIBUTION AND FATIGUE LIFE OF FLEXIBLE BEARINGS IN HARMONIC DRIVE AFTER ASSEMBLY DEFORMATION by PAN XueJiao, DONG ShaoJiang, MU ShuFeng, ZHAO XingXin

“…Deformation characteristics of the flexible bearing after assembly were analyzed by finite element method（ FEM）. The comparison of results shows that the assumption is consistent with FEM and the load distribution is consistent. …”
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Dynamic Modeling and Parameters Optimization of Large Vibrating Screen with Full Degree of Freedom by Xiaodong Yang, Jida Wu, Haishen Jiang, Wenqiang Qiu, Chusheng Liu

“…Considering the influence of coupling motion of each degree of freedom, the dynamic model with six degrees of freedom (6 DOFs) of the vibrating screen is established based on the Lagrange method, and modal parameters (natural frequencies and modes of vibration) of the rigid body are obtained. The finite element modal analysis and harmonic response analysis are carried out to analyze the elastic deformation of the structure. …”
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Effect of Friction Coefficient on Relative Slippage of Fuel Cell Stack under Mechanical Impact Condition by Yongping Hou, Leiqi Wang, Jianwen Zhang, Dong Hao

“…A simplified finite element model for large polymer electrolyte membrane fuel cell (PEMFC) stack consisting of ten cells is established in order to investigate the internal structure deformation. …”
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Series-Based Solution for Analysis of Simply Supported Rectangular Thin Plate with Internal Rigid Supports by Abubakr E. S. Musa, Husain J. Al-Gahtani

“…The given examples reveal good agreements with those obtained by the finite element analysis. In addition, they show the advantage of the new solution as compared to the existing analytical solution which inaccurately estimates the location and magnitude of the maximum bending moment.…”
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Stress Distribution on Sandwich Structure with Triangular Grid Cores Suffered from Bending Load by Cui Xu, Huang Yanjiao, Wang Shou, Lu Chun, Fang Luping

“…The mechanical properties of the sandwich structure were investigated by the finite element analysis (FEA) and three-point bending methods. …”
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Simulation Analysis of Orthotropic Anisotropic C/SiC for Automotive Ventilated Brakes by Zhu Yuling, Wang Youqiang, Zhao Tao, Li Mengjie, He Yan

“…Using the theory related to thermal coupling and heat transfer, the finite element software Abaqus is used to establish an orthogonal anisotropic C/SiC model of an automotive ventilated brake disc. …”
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Stability of the RC Column under Horizontal Impacts by A. V. Alekseytsev

“…For this purpose, finite-element modeling of the system in spatial formulation, calculation according to the deformed scheme in the scope of nonlinear static analysis and dynamic transient process have been implemented. …”
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Cruciform specimens used for determination of the influence of T-stress on fatigue crack growth with overloads on aluminum alloy Al 6061 T651 by Sebastian Henkel, Carl H. Wolf, Horst Biermann, Andreas Burgold, Meinhard Kuna

“…For different initial crack geometries, the solutions for the stress intensity factors KI and KII as well as the crack-parallel T-stress are calculated by linear elastic finite element analysis (FEA) with the program ABAQUS. …”
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Working Condition Analysis Method of the Gear Pair of Recirculating Ball Variable Ratio Steering by Ke Shanle, Gu Zhiqiang, Niu Ziru, Li Gangyan

“…The calculation result of the actual working condition of the variable transmission ratio gear is applied to the finite element analysis which can prove the feasibility of this method. …”
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Experimental and numerical analysis of pGFRP and wood cross-arm in latticed tower: a comprehensive study of mechanical deformation and flexural creep by Amir Abd Latif, Mohamad Ridzwan Ishak, Muhammad Rizal Razman, Noorfaizal Yidris, Mohamed Yusoff Mohd Zuhri, Muhammad Asyraf Muhammad Rizal, Zuliskandar Ramli

“…Using the cantilever beam concept, deflection was analyzed and compared to wood cross-arms. Finite element analysis validated results, and long-term deformation under high-stress loads was assessed. …”
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Superplastic Forming/Diffusion Bonding of TA15 Titanium Alloy for Manufacturing Integrated Solid/Hollow Four-Layer Grid Lightweight Structure Components by Zheng Han, Yuhan Xing, Taiying Liu, Ning Zhang, Shaosong Jiang, Zhen Lu

“…When the temperature is too high, the grain size increases remarkably, and the elongation decreases. Based on the finite element simulation results, 900 °C is the best superplastic forming temperature. …”
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