Explosion and its applications in metalworking /
| Основен автор: | Petushkov, Vladimir G. |
|---|---|
| Формат: | Електронна книга |
| Език: | English |
| Публикувано: |
New York :
Nova Science Publishers,
℗♭2009.
|
| Предмети: | |
| Онлайн достъп: |
http://search.ebscohost.com/login.aspx?direct=true&scope=site&db=nlebk&AN=352250 |
| Подобни документи: |
Print version::
Explosion and its applications in metalworking. |
Съдържание:
- ""EXPLOSION AND ITS APPLICATIONSIN METALWORKING""; ""EXPLOSION AND ITS APPLICATIONSIN METALWORKING""; ""CONTENTS""; ""INTRODUCTION""; ""FUNDAMENTALS OF EXPLOSION PHYSICSAND SHOCK WAVES IN SOLIDS""; ""1.1. THE PHENOMENON OF EXPLOSION""; ""1.2. CLASSIFICATION OF EXPLOSIVE PROCESSES""; ""1.3. GENERAL INFORMATION ABOUT EXPLOSIVES""; ""1.4. A DETONATION PROCESS AND FUNDAMENTAL DEPENDENCIES""; ""1.4.1. Conditions of the Steady Detonation Propagation""; ""1.4.2. The Seismic Action of Explosion""; ""1.5. THE BEHAVIOUR OF METALS LOADED BY SHOCK WAVES""; ""1.5.1. The Excitation of the Shock Waves""
- ""1.6. STRESSES AND DEFORMATIONS IN THE SHOCK WAVE""""1.7. METAL HARDENING IN A SHOCK WAVE""; ""1.7.1. The Historical Overview""; ""1.7.2. Basic Relationships""; ""1.8. THE ATTENUATION OF SHOCK WAVES""; ""1.9. METAL HEATING INDUCED BY SHOCK WAVES""; ""1.10. THE EFFECT OF LOADING TIME""; ""THE STRAIN RATE EFFECT ON MECHANICALPROPERTIES OF METAL""; ""2.1. THE METHODICAL PECULIARITIES OF INVESTIGATION""; ""2.2. THE STRAIN RATE EFFECT ON STRENGTH AND VISCOSITYCHARACTERISTICS OF METALS""; ""2.3. THE TEMPERATURE-STRAINRATE SENSITIVITY OF THE YIELD POINT""; ""2.4. STRESS RELAXATION IN SHW""
- ""EXPLOSION WELDING (EXW) OF METALS""""3.1. A SHORT HISTORICAL OVERVIEW""; ""3.2. PRINCIPAL SCHEMES AND EXPLOSIVES USED IN EXW""; ""3.3. PARAMETERS OF THE EXW PROCESS""; ""3.4. THE PRINCIPAL REGULARITIES OF EXW""; ""3.4.1. The Waves Formation""; ""3.4.2. Thermal Conditions in a Zone of Junction Formation""; ""3.4.3. Breaking Stresses at EXW""; ""3.4.4. The Plastic Deformation and Viscosity of Metals""; ""3.5. CONDITIONS OF THE JUNCTION FORMATION IN EXW""; ""3.5.1. Hydrodynamic Representations""; ""3.5.2. The Energy Criterion of EXW""
- ""3.5.3. Physicochemical Conditions of a Junction Formation in a Solid Phase""""3.5.4. The Process of EXW from the Elastoplastic Theory's Standpoin""; ""3.6. THE PRACTICAL APPLICATION OF EXW""; ""3.6.1. General Information""; ""3.6.2. Basic Areas of the EXW Application""; ""3.6.3. Blasting Grounds and Chambers for EXW""; ""3.6.4. Certain Technologies of Constructional EXW""; ""3.7. System of the Automated Engineering Technological Processes of EXWat Production ♯℗Ł♯s♯¿""; ""EXPLOSION CUTTING (EXC)""; ""4.1. GENERAL INFORMATION""; ""4.2. THE HISTORICAL OVERVIEW""
- ""4.3. SCATTERING EXPLOSION BY-PRODUCTSFROM A CHARGE SURFACE""""4.4. CUMULATION OF A CHARGE WITH A METAL HOLLOW FACING""; ""4.5. ELEMENTS OF THE THEORY OF CONVERGING JETS""; ""4.6. ELEMENTS OF THE CUMULATION THEORY IN THE PRESENCEOF A METAL FACING""; ""4.7. THE PENETRATIVE ACTION OF A CUMULATIVE JET""; ""4.8. DESIGN PARAMETERS OF CUMULATIVE CHARGES""; ""4.8.1. Charges with an Axisymmetric Cumulative Groove""; ""4.8.2. Elongated Cumulative Charges (ECC) with a SemicylindricalCumulative Groove Designed at PWI""; ""4.8.3. ECC with a Crescent-Shaped Cross-Section""