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Deformation of three-layer structural elements in thermal radiation fields

Record Type:	Electronic resources : Monograph/item
Title/Author:	Deformation of three-layer structural elements in thermal radiation fieldsby Starovoitov Eduard ... [et al.].
other author:	Eduard, Starovoitov.
Published:	Singapore :Springer Nature Singapore :2024.
Description:	vii, 384 p. :ill. (some col.), digital ;24 cm.
Contained By:	Springer Nature eBook
Subject:	Deformations (Mechanics)
Online resource:	https://doi.org/10.1007/978-981-97-7217-9
ISBN:	9789819772179$q(electronic bk.)

Deformation of three-layer structural elements in thermal radiation fields
Deformation of three-layer structural elements in thermal radiation fields[electronic resource] /by Starovoitov Eduard ... [et al.]. - Singapore :Springer Nature Singapore :2024. - vii, 384 p. :ill. (some col.), digital ;24 cm.

Some Basic Information From Solid Mechanics -- Elastic Three-Layer Rods With Non-Compressible Filler -- Isothermal Deformation of Elastoplastic Three-Layered Rods -- Three-layer elastic-plastic rods in a temperature field -- Deformation Of A Three-Layer Rod In Neutron Flux -- Three-Layer Rod With Compressible Filler -- Elastic Circular Three-Layer Plates In A Temperature Field -- Cyclic Loading Of Three-Layer Elastoplastic Circular Plates -- Circular Three-Layer Plate In A Neutron Flux.

This book methodically details the formulations and approaches to solve boundary value problems, which are essential for determining the stress-strain states in three-layer rods and plates subjected to both single and quasi-static variable loads in thermal radiation and force fields. It duly considers the complex influences on the physically nonlinear properties of the materials in each layer. The book offers several innovative analytical solutions and a numerical parametric analysis of the stress-strain scenarios in these structures. It describes the deformation of physically nonlinear media in thermoradiational fields within the small elastic-plastic deformations theory framework. The work explores variational problem-solving methods and the elastic solution method. It presents a formula for calculating the temperature within a three-layer assembly, derived by averaging the thermophysical properties of the materials across the layers' thickness. Additionally, the book includes an analysis of the attenuation of neutron flux as it passes through a three-layer element.

ISBN: 9789819772179$q(electronic bk.)

Standard No.: 10.1007/978-981-97-7217-9doiSubjects--Topical Terms:

190358
Deformations (Mechanics)

LC Class. No.: TA417.6

Dewey Class. No.: 620.1123

Deformation of three-layer structural elements in thermal radiation fields
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505 0 $a Some Basic Information From Solid Mechanics -- Elastic Three-Layer Rods With Non-Compressible Filler -- Isothermal Deformation of Elastoplastic Three-Layered Rods -- Three-layer elastic-plastic rods in a temperature field -- Deformation Of A Three-Layer Rod In Neutron Flux -- Three-Layer Rod With Compressible Filler -- Elastic Circular Three-Layer Plates In A Temperature Field -- Cyclic Loading Of Three-Layer Elastoplastic Circular Plates -- Circular Three-Layer Plate In A Neutron Flux.
520 $a This book methodically details the formulations and approaches to solve boundary value problems, which are essential for determining the stress-strain states in three-layer rods and plates subjected to both single and quasi-static variable loads in thermal radiation and force fields. It duly considers the complex influences on the physically nonlinear properties of the materials in each layer. The book offers several innovative analytical solutions and a numerical parametric analysis of the stress-strain scenarios in these structures. It describes the deformation of physically nonlinear media in thermoradiational fields within the small elastic-plastic deformations theory framework. The work explores variational problem-solving methods and the elastic solution method. It presents a formula for calculating the temperature within a three-layer assembly, derived by averaging the thermophysical properties of the materials across the layers' thickness. Additionally, the book includes an analysis of the attenuation of neutron flux as it passes through a three-layer element.
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