Recent Advances in Reconfigurable Electromagnetic Surfaces: Engineering Design, Full-Wave Analysis, and Large-Scale Optimization [PDF]
This paper presents a comprehensive review of recent advances in reconfigurable electromagnetic (EM) surfaces. The discussion is organized around three key aspects of reconfigurable EM surfaces: unit cell engineering design, full-wave numerical analysis,
Incheol (Aiden) Jung +2 more
doaj +2 more sources
The aerodynamic design and optimization of a wing-fuselage junction fillet as part of a multi-disciplinary optimization process during the early aircraft design stages [PDF]
An attempt to minimize interference drag in a wing-fuselage junction by means of inserting a fillet is presented in this thesis. The case of a low-wing com- mercial transport aicraft at cruise conditions is examined.
Hadjiilias, Hippokrates A.
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3-D Reconstruction of Multi-object Scenes from Multiple Images [PDF]
Photorealistic 3-D models are used in a wide variety of applications from entertainment and games, through to simulation, training . Algorithms to automatically create such models from ordinary photographs can vastly reduce the workload and expense ...
Grum, Matthew
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Overviews of Optimization Techniques for Geometric Estimation [PDF]
We summarize techniques for optimal geometric estimation from noisy observations for computer vision applications. We first discuss the interpretation of optimality and point out that geometric estimation is different from the standard statistical ...
Kanatani, Kenichi
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Bit threads and the membrane theory of entanglement dynamics
Recently, an effective membrane theory was proposed that describes the “hydrodynamic” regime of the entanglement dynamics for general chaotic systems. Motivated by the new bit threads formulation of holographic entanglement entropy, given in terms of a ...
Cesar A. Agón, Márk Mezei
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Rationalized Algorithmic-Aided Shaping a Responsive Curvilinear Steel Bar Structure
The correlation of the architectural form and the structural system should be the basis for rational shaping. This paper presents algorithmic-aided shaping curvilinear steel bar structures for roofs, using modern digital tools, working in the environment
Jolanta Dzwierzynska
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Additively Manufactured Scaffolds with Optimized Thickness Based on Triply Periodic Minimal Surface
Triply periodic minimal surfaces (TPMS) became an effective method to design porous scaffolds in recent years due to their superior mechanical and other engineering properties. Since the advent of additive manufacturing (AM), different TPMS-based scaffolds are designed and fabricated for a wide range of applications.
Zhu, Junjie +4 more
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Modeling of Curvilinear Steel Rod Structures Based on Minimal Surfaces
The article deals with shaping effective curvilinear steel rod roof structures using genetic algorithms by implementing them for the analysis of various case studies in order to find new and efficient structures with positive characteristics.
Jolanta Dzwierzynska, Igor Labuda
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Optimal boundary regularity for minimal surfaces with a free boundary
Let x(w), w=u+iv ∈ B, be a minimal surface in ℝ3 which is bounded by a configuration 〈Γ, S〉 consisting of an arc Γ and of a surface S with boundary. Suppose also that x(w) is area minimizing with respect to 〈Γ, S〉. Under appropriate regularity assumptions on Γ and S, we can prove that the first derivatives of x(u, v) are Holder continuous with the ...
NITSCHE, J.C.C., HILDEBRANDT, S.
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This work presents a novel and efficient optimization framework powered by an enhanced deep artificial neural network (DANN) model to intelligently identify the optimal gradient index for designing nonlinearly functionally graded (NFG) titanium cranial ...
Nguyen Van Viet +2 more
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