Dynamics of the main parameters of structure-functional condition of the left ventricle myocardium in usage of combination antihypertension therapy for postmenopausal women with di... by V. V. Skibitsky, S. V. Skibitskaya, A. V. Fendrikova, N. V. Porodenko

“…Aim. To assess the dynamics of the main structural and functional parameters of the left ventricle myocardium condition (LV) in postmenopausal women with arterial hypertension (AH) and different types of obesity: abdominal (AO) and gluteofemoral (GFO), taking combination hypotensive therapy: angiotensin-converting enzyme inhibitor (ACEi) or direct renin inhibitor (DRI).Material and methods. …”
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Medicinal Phytocompounds as Potential Inhibitors of p300-HIF1α Interaction: A Structure-Based Screening and Molecular Dynamics Simulation Study by Muhammad Suleman, Abrar Mohammad Sayaf, Sohail Aftab, Mohammed Alissa, Abdullah Alghamdi, Suad A. Alghamdi, Mohammed A. Alshehri, Kar Kheng Yeoh, Sergio Crovella, Abdullah A. Shaito

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A region-structured model for early warning of Plasmodium vivax malaria transmission risk in the Republic of Korea by Boyeon Kim, Jung Ho Kim, Jeehyun Lee, Joon-Sup Yeom

“…Current models inadequately address spatial heterogeneity in transmission dynamics. This study aimed to address this by designing a region-structured model considering spatial heterogeneity based on regional malaria data from high-risk areas. …”
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INVARIAN AUTOMATIC CONTROL SYSTEM, USING THE INTERMEDIATE-FREQUENCY SIGNALS OF HEAT POWER PARAMETERS by G. T. Kulakov, A. N. Kukhorenko, I. M. Golinko

“…The usage of digital micro-processing automatic means allow to use design methods (technique) of automatic control systems  more wider, and also to apply optimal ways of control, for example, it is possible to combine the Method of structural-parameter optimization and invariance theory. …”
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Stability Evaluation Method for Rock Slope-Anchorage Systems Based on Genetic Algorithms and Discrete Element Analysis by Peng Xia, Bowen Zeng, Yiheng Pan

“…The findings indicate that (1) the proposed evaluation method effectively accounts for the interaction between the anchorage structure and the rock slope, ensuring accurate results; (2) the method leverages the discrete element numerical model to quantitatively assess deformation and stress distribution within the system; (3) the integration of genetic algorithms significantly enhances the efficiency of identifying the most representative numerical model, and thereby the efficiency of stability evaluation is improved; and (4) the evaluation framework is capable of performing dynamic analyses of the stability evolution throughout the entire operational lifecycle of the rock slope anchorage system.…”
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Damage Detection and Identification on Elevator Systems Using Deep Learning Algorithms and Multibody Dynamics Models by Josef Koutsoupakis, Dimitrios Giagopoulos, Panagiotis Seventekidis, Georgios Karyofyllas, Amalia Giannakoula

“…For this purpose, multiple signal analysis methods have been developed to help identify anomalies in a system, through quantities such as vibrations or deformations in its critical components. …”
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Spatial coupling mechanisms of food security and regional economies: empirical examination of core-periphery dynamics in Jiangsu Province (2001–2024) by Yongqing Ben, Yongqing Ben, Yu'e Zhang, Jinhai Xu

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Gas-water relative permeability characteristics and production dynamic response of low pressure and high water cut tight gas reservoirs by GUO Zhidong, KANG Yili, WANG Yubin, GU Linjiao, YOU Lijun, CHEN Mingjun, YAN Maoling

“…By analyzing the gas-water relative permeability characteristics to predict gas well production dynamics, the impact of pore structure and clay minerals on gas-water flow behavior is revealed. …”
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Modeling and Optimization of Structural Parameters for High-Efficiency Multi-Jet Polishing of Optical Glass by Zhongchen Cao, Yiwei Miao, Ming Wang, Zhenfeng Zhu

“…This paper presents a dynamic model of MJP based on the theory of fluid dynamic pressure and particle erosion. …”
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Investigation of Buckling Behaviors in Carbon Nanorings Using the Chebyshev–Ritz Method by Xiaobo Wang, Guowen Kuang, Hongmei Tian, Zhibin Shao, Ning Dong, Tao Lin, Li Huang

“…In this study, we introduce a novel finite element method, the Chebyshev–Ritz method, as an alternative approach to investigating the structural properties of CNRs. …”
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Numerical Dynamic Response Analysis of a Ship Engine Room Explosion Simulation Using OpenFOAM by Zeya Miao, Yuechao Zhao, Baoyang Ye, Wanzhou Chen

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Field Investigation and Numerical Modeling for the Seismic Assessment of the Castle of Lanjarón, Spain by Hayden Luger, Rafael Ramirez, Paloma Pineda, Paulo B. Lourenço

“…Non-destructive tests (NDTs) were employed to characterize the properties of the masonry, using both mechanical and wave-based methods. Dynamic identification was performed to determine dynamic and modal properties of the structure, which were used to develop and calibrate a three-dimensional (3D) finite element model (FEM) of the west wall, based on homogenized masonry material. …”
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Study on the anti-penetration randomness of metal protective structures based on optimized artificial neural network by Lan Liu, Weidong Chen, Shengzhuo Lu, Yanchun Yu, Mingwu Sun

“…Abstract In order to study the Anti-Penetration Randomness of Metal Protective Structures (APRMPS) for the penetration probabilities of Metal Protective Structures under the action of the basic random variables, this paper analyzes the candidates for the basic random variables and the random response of APRMPS, and, on the basis of the improvement of Genetic Algorithm, proposes Dynamic Lifecycle Genetic Algorithm, including its main processes of the optimization of Back Propagation Neural Network. …”
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DYNAMIC CHARACTERISTICS AND DYNAMIC RESPONSE ANALYSIS OF THREE STOREY GARAGE ON THE DYNAMIC CHARACTERISTICS OF THE GARAGE by XIE Miao, HUANG YaXing, LIU ZhiXiang, MAO Jun, TONG Yang

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Structural Health Assessment of a Reinforced Concrete Building in Valparaíso Under Seismic and Environmental Shaking: A Foundation for IoT-Driven Digital Twin Systems by Sebastián Lozano-Allimant, Alvaro Lopez, Miguel Gomez, Edison Atencio, José Antonio Lozano-Galant, Sebastian Fingerhuth

“…Structural health monitoring is vital for the safety and longevity of infrastructure, particularly in seismic zones. …”
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A Multiscale Finite Element Model Validation Method of Composite Cable-Stayed Bridge Based on Structural Health Monitoring System by Rumian Zhong, Zhouhong Zong, Qiqi Liu, Haifei Zhou

“…Firstly, the state equations of both multiscale and single-scale FEM are established based on the basic equation in structural dynamic mechanics to update the multiscale coupling parameters and structural parameters. …”
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A computational study on off-center rotational dynamics of human semicircular canals with implications for real and virtual worlds by Sion Cha, Wooksung Kim

“…Experimental studies are also limited, and mock-up models have difficulty accurately depicting these dynamics due to the cupula's low Young's modulus. Therefore, this study models endolymph and cupula within the SCCs using the finite element method (FEM) and a two-way fluid-structure interaction (FSI) approach. …”
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Spot Price Prediction of Resources in Cloud Computing by Proposing a New Structure in Deep Learning Method Considering the Level of QOS by Seyed soroush Nezamdoust, Mohammad Ali Pourmina, Farbod Razzazi

“…The obtained results showed that the model presented in the article based on the proposed structure of MGRU(modified GRU) can well predict nonlinear values and perform better than other methods used in this field.…”
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Dynamic response mechanisms of limestone pillars with weak interlayers under vertical stress wave disturbance of blasting by JIANG Lichun, LI Yinghao, ZHONG Qipeng

“…This paper proposes a "Structural dynamic response model analysis method", conducts exploratory research in this field to achieve the purpose of rapid calculation, and provides a new research idea for the study of rock mass dynamic response under blasting load disturbance.MethodsBy constructing a dynamic response calculation model for limestone pillars with weak interlayers and employing the concentrated mass method in structural dynamics, the weak interlayers, which possess relatively weaker mechanical properties, were simplified as viscoelastic elements, while the limestone portions were treated as rigid bodies. …”
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Study on the effects of initial stress and imperfect interface on static and dynamic problems in thermoelastic laminated plates by Yunying Zhou, Jiahuan Liu, Hong Mei, Dinggui Hou, Zhijie Yue, Yunxia Zhang

“…By employing the state-space method and introducing the interface transfer matrices for both elastic and thermal fields, this approach is convenient and efficient for multi-layer or thermoelastic coupled structures. …”
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