Institutional dynamics in climate change adaptation – a bibliometric analysis by P. Jaisridhar, R. Nirosha, S. Jasimudeen, M. Senthilkumar, I. Ponsneka, P. Raja

“…Understanding institutional dynamics in climate change adaptation is crucial for developing effective governance responses across different administrative levels.Methods This systematic literature review followed PRISMA guidelines to analyze institutional challenges and enabling factors in climate adaptation governance. …”
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TRIM24 regulates chromatin remodeling and calcium dynamics in cardiomyocytes by Marco Neu, Anushka Deshpande, Ankush Borlepawar, Elke Hammer, Ahmed Alameldeen, Phillipp Vöcking, Timon Seeger, Michael Hausmann, Norbert Frey, Ashraf Yusuf Rangrez

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Feasibility Assessment of Novel Multi-Mode Camshaft Design Through Modal Analysis by Merve Üngör, Osman Taha Sen, Akif Yavuz, Cemal Baykara

“…Camshafts in internal combustion engines are critical components not only for mechanical functionality but also for dynamic performance and vibration characteristics. …”
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Trajectory Planning for Autonomous Vehicles at Intersections Based on the Spatial Structure by Jiangyan Gu, Shan He, Yu Li, Qunzhi Shi, Shen Ying

“…Compared with other methods like A∗ and dynamic programming, this approach is more applicable and efficient. …”
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Bayesian Uncertainty Identification of Model Parameters for the Jointed Structures with Nonlinearity by Zhanpeng Shen, Xinen Liu, Chaoping Zang, Shaoquan Hu

“…Jointed structures in engineering naturally perform with some of nonlinearity and uncertainty, which significantly affect the dynamic characteristics of the structural system. …”
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Motion translation devices in dyad structure of mechanical oscillatory system by Sergey Eliseev, Alexey I. Orlenko, Duc Huynh Nguyen

“…Materials and Methods. Approaches and techniques of the structural mathematical modeling are used, within which a mechanically oscillating system is compared with a dynamically equivalent structural diagram of an automatic control system. …”
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Features of Accounting for Geometric and Physical Nonlinearities in Long-Span Pneumatic Membrane Systems by A. Yu. Kim, S. V. Polnikov, M. F. Amoyan

“…Such structures can easily withstand many types of dynamic loads, namely wind, seismic, vibration, and are one-third cheaper than buildings made from traditional materials.…”
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Crack detection in beam-like structures by nonlinear harmonic identification by Paolo Casini, Fabrizio Vestroni, Oliviero Giannini

“…The dynamic behavior of beam-like structures with fatigue cracks forced by harmonic excitation is characterized by the appearance of sub and super-harmonics in the response even in presence of cracks with small depth. …”
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Identification of nonlinear structural parameters based on particle filtering algorithm by Dandan Xia, Wanghua Yu, Li Lin

“…Based on the strong nonlinear Bouc-Wen model, the particle filtering (PF) method is employed to identify the dynamic response and structural parameters of nonlinear structures under seismic loading. …”
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Seismic Response and Damage Analysis of Large Inverted Siphon Structure by Yanke Shi, Lin Xu, Rongbin Hou, Dekang Zhang, Duoxin Zhang

“…A three-dimensional finite element model of soil-structure-fluid interaction was established by software of ABAQUS, in which the fluid-structure interaction was simulated by user-defined element (UEL) built on additional Mass Method. …”
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Structural Stiffness Identification Based on the Extended Kalman Filter Research by Fenggang Wang, Xianzhang Ling, Xun Xu, Feng Zhang

“…Dispersing the structural dynamic equation by using Newmark-β method, the state transition matrix of discrete state equation is deduced and the solution of discrete state equation is simplified. …”
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RESEARCH ON RANDOM VIBRATION FATIGUE OF THIN-WALLED STIFFENED STRUCTURES

“…In order to investigate the vibration fatigue characteristics of thin-walled stiffened structures under random vibration loading,a random vibration test was carried out.The structure inherent frequency and modal response were obtained by using the hammering and the sine-sweep method,the cracking time and pattern were recorded.The method for obtaining the fatigue life curve under random stress by revising the fatigue life curve under equal amplitude stress was deduced.Then based on MSC/Patran&Nastran simulation finite-element software,the dynamic response on the fatigue danger point and its random vibration fatigue life were obtained,the effects of creating model methods on the inherent frequency were studied,and the change of damping impacts on the vibration properties was analyzed.The results show that the model stiffness with using mixed element are much closer to the actual structure than only solid or shell,the modal responses under the nonlinear damping are more consistent with the sweep results.Finally,the calculated fatigue life and failure position are in good agreement with the experimental results.…”
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Innovative Methods to Motivate Employees in Business by Yeva Bohdanova, Maria Zelena

“…The article aims to study innovative methods of motivating personnel and assess their impact on labour productivity in business structures. …”
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Qualitative Performance Indicators of a Ripping-and-Separating Machine for Soil Cultivation by Yu. N. Syromyatnikov

“…Soil structure and aggregate composition depending on the type of cultivation, the density of soil layers at different times, the dynamics of soil moisture changes in the layers for two months after its spring cultivation have been analyzed as well. …”
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A numerical framework for simulating fluid-structure interaction phenomena by A. De Rosis, S. de Miranda, C. Burrafato, F. Ubertini

“…In this paper, a numerical tool able to solve fluid-structure interaction problems is proposed. The lattice Boltzmann method is used to compute fluid dynamics, while the corotational finite element formulation together with the Time Discontinuous Galerkin method are adopted to predict structure dynamics. …”
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Vat photopolymerization of stretchable foam with highly entangled and crosslinked structures by Haoyu Gao, Xianmei Huang, Abilash Rosario Arockiyasamy, Xuan Zhou, Xiaohong Ding, Longhui Zheng, Yilong Liu, Fuquan Ye, Zixiang Weng, Lixin Wu

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Abnormal link detection algorithm based on semi-local structure by Haoran SHI, Lixin JI, Shuxin LIU, Gengrun WANG

“…With the research in network science, real networks involved are becoming more and more extensive.Redundant error relationships in complex systems, or behaviors that occur deliberately for unusual purposes, such as wrong clicks on webpages, telecommunication network spying calls, have a significant impact on the analysis work based on network structure.As an important branch of graph anomaly detection, anomalous edge recognition in complex networks aims to identify abnormal edges in network structures caused by human fabrication or data collection errors.Existing methods mainly start from the perspective of structural similarity, and use the connected structure between nodes to evaluate the abnormal degree of edge connection, which easily leads to the decomposition of the network structure, and the detection accuracy is greatly affected by the network type.In response to this problem, a CNSCL algorithm was proposed, which calculated the node importance at the semi-local structure scale, analyzed different types of local structures, and quantified the contribution of edges to the overall network connectivity according to the semi-local centrality in different structures, and quantified the reliability of the edge connection by combining with the difference of node structure similarity.Since the connected edges need to be removed in the calculation process to measure the impact on the overall connectivity of the network, there was a problem that the importance of nodes needed to be repeatedly calculated.Therefore, in the calculation process, the proposed algorithm also designs a dynamic update method to reduce the computational complexity of the algorithm, so that it could be applied to large-scale networks.Compared with the existing methods on 7 real networks with different structural tightness, the experimental results show that the method has higher detection accuracy than the benchmark method under the AUC measure, and under the condition of network sparse or missing, It can still maintain a relatively stable recognition accuracy.…”
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Assessment of dynamics of asynchronous drive by nonlinear transfer function. Correction of nonlinearity of asynchronous electric drive by A. A. Baldenkov, V. L. Kodkin, A. S. Anikin

“…The article describes methods for analyzing dynamic processes in structures that form a mechanical moment in asynchronous electric motors with frequency control. …”
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Structural design and performance analysis of hopping robot with buffer devices by WANG Jian, ZHANG Wenxiang, XU Chenglong, WANG Chenjie

“…The kinematics models of the hopping robot in its takeoff, flight and landing stages are established by using the D-H method. Its dynamic models in the takeoff and flight stages are studied according to the second-type Lagrange method. …”
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Research on health monitoring of concrete structure based on G-S-G by Jiaqi Wang, Hongbi Kang, Kexin Li

“…Abstract An improved concrete structure health monitoring method based on G-S-G is proposed, which fully combines an optimized Gray-Level Co-occurrence Matrix (GLCM) with an improved Self-Organizing Map (SOM) neural network to achieve accurate and real-time concrete structure health monitoring. …”
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