Peridynamic Model of Vibrations in a Two-Dimensional Periodic Structure by Yuldasheva, A.V.

“…This allows the description of processes occurring in structures with cracks and discontinuities. Fracture is considered a natural result of deformation arising from the equation of motion and the constitutive model. …”
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Vibration of Multi-Chamber Shell Structures with Discontinuously Variable Cross-Sections by J. Drewko, M. Sperski

“…equations describing vibrations of a multichamber prismatic shell made of a linear-elastic orthotropic material. The solution is used to construct the equations of forced vibrations of a structure consisting of a series of interconnected shells of various cross-sections. …”
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Shape Optimization of 2D Elastic Structures Using Adaptne Grids by W. Gutkowski, J. Zawidzka

“… The paper deals with an effective adaptive method for 2D shape optimization of linear elastic structures. The design objective is to find the shape of the kinematically unconstrained boundary assuring minimum volume of the structural material with constraints imposed on equivalent stresses. …”
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Zagreb indices of some chemical structures using new products of graphs by Liju Alex, Indulal Gopal

“…Zagreb indices are one of the most extensively studied degree-based structural descriptors for analyzing various physicochemical properties of chemical compounds. …”
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Nonlinear optical dynamics and complex wave structures in nonlinear dispersive media by Samina Samina, Maham Munawar, Ali R. Ansari, Adil Jhangeer, Samad Wali

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Zones of concentrated deformation (flower structures): field observations and modeling data by M. G. Leonov, Yu. A. Morozov, Yu. P. Stefanov, R. A. Bakeev

“…Rocks in such zones are more intensively tectonically altered in comparison with the background. ‘Flower structures’ and ‘zones of concentrated deformation’ (ZCD) are the terms to describe these zones. …”
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Quasi-Statistical Manifolds with Almost Hermitian and Almost Anti-Hermitian Structures by Aktaş Buşra, Gezer Aydin, Durmaz Olgun

“…Let (M, g, ∇) be a 2n-dimensional quasi-statistical manifold that admits a pseudo-Riemannian metric g (or h) and a linear connection ∇ with torsion. This paper aims to study an almost Hermitian structure (g, J ) and an almost anti-Hermitian structure (h, J ) on a quasi-statistical manifold that admit an almost complex structure J . …”
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Matrix Method of Defect Analysis for Structures with Areas of Considerable Stiffness Differences by Monika Mackiewicz, Tadeusz Chyży

“…The paper presents an innovative matrix method for defect analysis in heterogeneous structures with significant differences in stiffness parameters. …”
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Recent Advances in Homogeneous Integration of Emitting Structures on a Silicon Platform by Michael Kovalev, Ivan Podlesnykh, George Krasin, Nikita Dolzhenko, Sergey Kudryashov

“…One of the main strategies to overcome the limitations of silicon for light emission consists of heterogeneous integration methods, including the use of quantum cascade structures and narrow-gap semiconductors, as well as non-linear light generation. …”
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Design and Simulation of Mechanical Structures Using FEM (Finite Element Method) by Alexandra Șoica, Susana Apostu, Cristina Pupaza

“…This study applies the Finite Element Method (FEM) to analyse the structural behaviour of a cantilever beam subjected to a distributed load. …”
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Innovative Suspension Structures: The Role of Straight Elements Under Asymmetric Loads by Algirdas Juozapaitis, Alfonsas Daniūnas

“…The behavior of three different types of suspension structures under asymmetric loads is analyzed. A non-linear analysis of forces and displacements is conducted in this system, assessing the impact of bending stiffness on the structural response. …”
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Investigating the Role of Inward Alfvén Waves and Structures in the Slow Solar Wind by Michael Terres, Gang Li

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The Influence of Building Form Compactness on Energy Efficiency in Accommodation Structures: The Case of Türkiye by Erdem Köymen, Özlem Kahraman

“…As a result, it was found that increasing the surface area significantly affects the compactness ratio in accommodation structures with relatively small floor areas. There is a linear relationship between the increase in floor area and the number of floors. …”
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Formation and investigation of characteristics of thermoresistive structures based on vanadium oxide films by T. D. Nguyen, A. I. Zanko, D. A. Golosov, S. M. Zavadski, S. N. Melnikov, V. V. Kolos, N. К. Тоlochko

“…Preliminary ion cleaning can significantly improve the linearity of the IV characteristic. The most linear IV characteristics were obtained for Ti contacts. …”
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Contrast analysis for rapid characterization of 2D WTe2 structures by Agnese Spustaka, Andrejs Terehovs, Aris Jansons, Gunta Kunakova

“…Among these, tungsten ditelluride (WTe2) has garnered attention for its semi-metallic behavior and topologically nontrivial band structure, making it a promising candidate for advanced nanoelectronic applications. …”
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Nonlinear Internal Control System in Business by M. A. Zholayeva, K. Z. Saduakasov, Z. U. Urazbayeva, M. A. Serikova

Subjects: “…non-linearity…”
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Modelling cell shape in 3D structured environments: A quantitative comparison with experiments. by Rabea Link, Mona Jaggy, Martin Bastmeyer, Ulrich S Schwarz

“…The simulations revealed that the Hamiltonian with linear area energy outperformed the elastic area constraint in accurately modelling the 3D shapes of cells in structured environments. …”
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Adaptive Exposure Control for Line-Structured Light Sensors Based on Global Grayscale Statistics by Yuehua Li, Qingfeng Zhao, Po Hu, Hao Zhang, Ziheng Zhang, Xiaohong Liu, Jingbo Zhou

“…Stripe images are crucial for ensuring the measurement quality of line-structured light sensors. To improve the measurement effectiveness of objects with different shapes, materials, and colors, an adaptive exposure method is proposed based on global grayscale statistical analysis of stripe images. …”
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Protein Adsorption by Basal Plane Graphite Surfaces: Molecular Images and Nano-Structured Films by A. Orasanu-Gourlay, R.H. Bradley

“…The precise structure, which was very similar for both proteins, appeared to result from dewetting of the hydrophobic HOPG by the protein solution. …”
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Research morphological and anatomical structure of herb Cyperus esculentus (Cyperus esculentus L.) by I. M. Ivasiuk, S. M. Marchyshyn, L. I. Budniak

“…The main morphological features are triangular stem, linear structure, sessile, with vagina and parallel veins, without lingula and pubescence, thin, entire leaves. …”
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