3D Computational Modeling of Fe3O4@Au Nanoparticles in Hyperthermia Treatment of Skin Cancer by Gas P, Suleman M, Khaliq F

“…Among all the contributing parameters, the blood perfusion is the most sensitive parameter in thermal therapy of skin tumor.Recommendations: On the bases of results obtained, we recommend physicians to use Fe3O4@Au MNPs in real time medical skin cancer treatments.Keywords: skin cancer, gold-iron oxide magnetic nanoparticles, magnetic hyperthermia, thermal therapy, mathematical modeling, tumor damage, finite element method (FEM)…”
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Free Vibration Analysis of Bulkhead-Stiffened Functionally Graded Open Shell Using a Meshless Method by Songhun Kwak, Kwanghun Kim, Kyongjin Pang, Sok Kim, Pyol Kim

“…The accuracy and reliability of the current method are validated by comparing the present results with those of the kinds of literature and the finite element program ABAQUS. …”
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Time-domain virtual tapping machine method for numerical evaluation of transient acoustic performance in cruise cabins by Yingying Zuo, Deqing Yang, Jian Xiao

“…Secondly, the transient vibration and noise of typical cruise cabins are numerically analyzed based on the coupled time-domain finite element method and boundary element method (TDFEM/BEM) and virtual mode synthesis and simulation (VMSS). …”
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General Formulas and Program Design for Manifold Method Based on Independent Covers Ⅱ: General Program Design by SU Hai-dong, YANG Zhen, XIE Zhi-qiang, QI Yong-feng, GONG Ya-qi

“…First, we summarize the integration methods for various geometric shapes (such as partitions, stripes, and boundary faces) that may appear in one- to three-dimensional spaces. …”
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Analysis of Magnetohydrodynamic Micropolar Nanofluid Flow due to Radially Stretchable Rotating Disk Employing Spectral Method by Ayele Tulu

“…The obtained results confirm that SLLM is a stable, accurate, convergent, and computationally very efficient method to solve a large coupled system of equations. …”
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Analytical and Experimental Vibration of Sandwich Beams Having Various Boundary Conditions by Eshagh F. Joubaneh, Oumar R. Barry, Hesham E. Tanbour

“…The results from the analytical model are also compared to those from the literature and finite element method (FEM). Parametric studies are conducted to investigate the effects of different parameters on the natural frequency and response of the sandwich beam under various boundary conditions.…”
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Bottom Plate Damage Localization Method for Storage Tanks Based on Bottom Plate-Wall Plate Synergy by Yunxiu Ma, Linzhi Hu, Yuxuan Dong, Lei Chen, Gang Liu

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Estimation of Acoustic Impedance for Surfaces Delimiting the Volume of an Enclosed Space by Janusz PIECHOWICZ, Ireneusz CZAJKA

“…The paper presents problems related to application of the boundary elements method to modelling of acoustic field parameters. …”
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Application of a generative adversarial network algorithm to filling blank strips of fractures in formation microresistivity imaging images by Zhengming KANG, Chensheng WU, Guodong YANG, Disheng WU, Ruifei WANG, Xiangyu YANG, Wei GAN

“…MethodsFirst, the resistivity logging responses of a fractured formation were simulated using the 3D finite element method. …”
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Analysis of the influence of interpolation algorithm on the numerical simulation results of transmission boundary by Xueliang Duan, Zhenghua Zhou, Zhu Bian, Yi Han, Ling Zhao, Zheng Li, Chengliang Liao, Jiacong He, Wei Liu

“…Therefore, when the transmission boundary formula is applied, the calculation nodes of transmission boundary are usually represented by finite element nodes through the method of time interpolation or spatial interpolation. …”
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Research on reachable set boundary of neutral system with various types of disturbances. by Dongmei Xia, Kaiyuan Chen, Lin Sun

“…The investigation notably addresses the challenges posed by time-varying delays, applying Lyapunov's direct method alongside advanced matrix inequality techniques to identify minimized and more accurate ellipsoidal boundaries of the RS in NTSs influenced by bounded and nonlinear disturbances. …”
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Coupling of Level Set and Volume of Fluid Methods for Simulations of Transient Internal Flow Field in Solid Rocket Motors by Ze Zhang, Feng Gao, Rui Lv, Yang Gao

“…The coupling of the level set method and the volume fraction method is utilized to track the burning surface, and the porous media model is used to divide the fluid and solid calculation domains. …”
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Analysis Method of Agricultural Total Factor Productivity Based on Stochastic Block Model (SBM) and Machine Learning by Yanzi Li, Cai Chen, Fuqiang Liu, Jian Wang

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A multifractal method based on Spacematrix type units for analysing cross-scale characteristics of urban morphology by Chenyang Zhang, Dian Shao, Junyan Yang, Xinzhe Liu

“…This paper introduces a multifractal method that integrates Spacematrix morphological classification for the analysis of detailed urban building data within defined boundaries. …”
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Evaluation of the Efficiency of Heat Exchanger Channels with Different Flow Turbulence Methods Using the Entropy Generation Minimization Criterion by Piotr Bogusław Jasiński, Grzegorz Górecki, Zbigniew Cebulski

“…The aim of this research was to assess the effectiveness of two channels that intensify heat transfer in different ways: with an insert (disrupting the flow in the pipe core) and with internal fins (disrupting the flow at the pipe wall), and to compare the results using the same criterion: the EGM method. The tested insert consisted of spaced streamline-shaped flow turbulizing the elements fixed in the axis of the pipe and spaced at equal distances from each other. …”
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A multi-scale coupled method for nonlinear dynamic response analysis of mountain tunnels subjected to fault movement by Zhongxian Liu, Jiaqiao Liu, Haitao Yu, Weiguo He

“…The second step involves finely simulating the nonlinear dynamic response of the tunnel cross-section in the designated region using the finite element method, with the implementation of a viscoelastic artificial boundary to absorb the reflection of scattered waves at truncated boundaries. …”
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Multipoint Approximation of Statistical Descriptors of Local Strain and Stress Fields in Heterogeneous Media Using Integral Equation Method by Mikhail Tashkinov

“…Multipoint approximations of solutions of stochastic elastic boundary value problems for representative volume elements are investigated. …”
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Elastic stability of columns with variable flexural rigidity under arbitrary axial load using the finite difference method by M. Soltani, A. Sistani

“…Abstract: In this paper, the finite difference method (FDM) is applied to investigate the stability analysis and buckling load of columns with variable flexural rigidity, different boundary conditions and subjected to variable axial loads. …”
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Study on polarized piezoceramics constant techniques definition (Part 2) by Victor V. Madorsky

“…The complete set of all ten electro-elastic moduli of the polarized ceramics essential for the analysis of piezoceramic sensing elements of various devices under the numerical solution to boundary value problems by the finite element method is considered. …”
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Stochastic response of steel columns subjected to lateral blast based on modified single degree of freedom (MSDOF) method by Mohammad Momeni, Chiara Bedon, Mohammad Ali Hadianfard, Sina Malekpour

“…This paper aims to evaluate the stochastic response of steel columns subjected to blast loads using the modified single degree of freedom (MSDOF) method, which assessed towards the conventional single degree of freedom (SDOF) and the experimentally validated Finite Element (FE) methods (LSDYNA). …”
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