Search
Search Results
-
Thermal Vibration Analysis of Functionally Graded Porous Plates Reinforced by Graphene Platelets Supported by Arbitrarily Distributed Kerr Foundations Under a Nonlinear Temperature Profile
PurposeFunctionally graded porous plates reinforced by graphene platelets (FGP-GPLs) have great potential value in areas such as aerospace and...
-
An electromechanical coupling isogeometric approach using zig-zag function for modeling and smart dam** control of multilayer PFG-GPRC plates
In this article, a novel numerical approach based on electromechanical coupling isogeometric analysis employing a piecewise linear zig-zag function...
-
Thermal Stresses in Plates
This chapter presents the derivations of the equilibrium equations of rectangular and circular plates in terms of the lateral deflection, using the...
-
Spatial Plates Structures Behavior: The Case Study of the Control Tower of Swiss Railways in Pollegio – CH
The proposed case study is the control tower of Swiss Railways in Pollegio - the railway sector with the 50 km long Gotthardtunnel through the Alps....
-
Enhanced Vibration Characteristics of Honeycomb Plates Composed of Metamaterials with NTE
Mechanical metamaterials with tailorable negative thermal expansion (NTE) are significant and potential to be applied in stability control, precise...
-
Distributed Predictive Control Under Communication Constraints
The previous two chapters introduced two coordination strategies: distributed predictive control based on local performance index and global...
-
Investigation into Operation of Energy-Intensive Heat Exchangers with Many Plates
AbstractHeat exchangers in a gas turbine circuit for advanced space power facilities are innovative developments in the field of elaboration of heat...
-
Nonlinear aeroelastic analysis of temperature-dependent graphene platelet-reinforced composite lattice sandwich plates under general boundary conditions
In this study, the nonlinear aeroelastic properties of graphene platelet-reinforced composite (GPLRC) lattice sandwich plates under general boundary...
-
Nonlinear dynamic analysis of opto-electro-thermo-elastic perovskite plates
Photostrictive materials have attracted tremendous interest as the new generation of smart materials that can achieve a direct conversion from...
-
Research on Active Vibration Control of the Plate Based on Modal Space Control
In this study, we have devised an innovative strategy for active vibration control in plates by harnessing modal space control techniques. Our...
-
Design of distributed dynamic absorbers for vibration suppression of panel structures
Distributed dynamic absorbers have many advantages such as wide frequency bandwidth for vibration suppression, strong detuning adaptability, and high...
-
FRC Plates Design in Bending: From the Italian Code to EC2
In this paper we are reporting the structural response of fourteen concrete plates of 2000 × 2000 × 150 mm of dimensions that were tested in three...
-
Influence of Initial Paths of Reinforcements for Optimization of the Flexibility of CFRP Plates
The combination of structural optimization with the orientation of the reinforcement paths in plates makes it possible to obtain excellent mechanical...
-
Vibrational power flow and damage identification of cracked functionally graded plates
The vibrational power flow and damage identification of functionally graded material (FGM) plates with a through-width edge crack are studied in this...
-
Effects of natural mica particle fillers on the mechanical properties of glass fiber/epoxy composite plates
Due to its high tensile and bending strength as well as high modulus (172 GN/m 2 ), mica is a promising additive to improve the performance of polymer...
-
Free Vibration and Dynamical Analyses of FGM Plates with Porosity and Tangential Edge Constraints
PurposeThis paper aims at analyzing the simultaneous effects of dam**, porosity, geometric imperfection, elasticity of in-plane edge restraints,...
-
Advantages of Auxetic Circular Plates for Indentation and Impact Resistance: A Hypothetical Numerical Study
Compared with those made by traditional materials, the structures consisting of auxetic materials may have excellent impact resistance both...
-
A novel finite element formulation for static bending analysis of functionally graded porous sandwich plates
This article aims to propose a finite element formulation based on Quasi-3D theory for the static bending analysis of functionally graded porous...
-
A new method for evaluating wedges of steel plates and strips
To overcome the inaccuracy problem of the traditional wedge evaluation of steel plates and strips caused by the randomness of the thicknesses of two...
-
Attenuation effects of perforated plates with heterogeneously distributed holes on combustion instability in a spray flame combustor
Perforated plates have been widely used in combustors to attenuate harmful sounds. In this study, the acoustic absorption capability of plates with...