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E-raamat: Explosive Welding: Processes and Structures

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  • Formaat: 242 pages
  • Ilmumisaeg: 08-Aug-2019
  • Kirjastus: CRC Press
  • Keel: eng
  • ISBN-13: 9781000712971
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Explosive Welding: Processes and StructuresSuurem pilt
  • Formaat: 242 pages
  • Ilmumisaeg: 08-Aug-2019
  • Kirjastus: CRC Press
  • Keel: eng
  • ISBN-13: 9781000712971
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This reference explores explosion welding, a high intensity, transient impact that achieves metal compounds not obtainable otherwise. It examines weldable pairs with different solubility than their initial elements. The book is intended for a wide range of experts involved in explosion welding, for engineers, graduate and post graduate students.

This reference explores explosion welding, a high intensity, transient impact that achieves metal compounds not obtainable otherwise. Electron microscopy images cover the structure of numerous welded joints including titanium–orthorhombic titanium aluminide, copper–tantalum, aluminum–tantalum, iron–silver, steel–steel, and copper–titanium. These weldable pairs have different solubility than their initial elements. The authors present various processes and structures including granulating fragmentation, cusps, splashes, and quasi-wave interface. Specific risk zones for chemical and petrochemical (coke chamber) reactors are probed and suggestions offered.

Key Features:

  • Offers new theories about explosion welding processes and structures

  • Investigates dozens of weldable pairs with differing solubility from initial elements

  • Studies both hetero- and homogeneous pairs

  • Explores welded joints with flat, wavy and quasi-wavy separation boundaries

  • Observes irregularities of the separation surface relief observing asperities and splashes and their transformation under intensified welding modes

    • Unveils a new type of fragmentation under explosion welding

    • Explosive Welding: Processes and Structures

    is a valuable resource for a wide range of experts involved in explosion welding, engineers, as well as graduate and postgraduate students.

    1 Introduction
    		1(6)
    2 Materials and joints
    		7(4)
    3 Experimental results
    		11(63)
    3.1 Titanium-orthorhombic titanium aluminide
    		11(25)
    3.1.1 (Aw): Titanium -- VTI-1, wavy boundary
    		13(14)
    3.1.2 (Bw) welded joint: titanium VTI--4, the-wavy interface
    		27(3)
    3.1.3 (Ap) welded joint: titanium--VTI-1, flat melted interface
    		30(4)
    3.1.4 (Bp) welded joint titanium---VTI-4, almost flat, partially melted interface
    		34(2)
    3.2 Copper--tantalum
    		36(12)
    3.2.1 (Cw): copper--tantalum welded joint, flat interface
    		36(8)
    3.2.2 (Cw): copper--tantalum, wavy boundary
    		44(4)
    3.3 Aluminium--tantalum
    		48(20)
    3.3.1 (Ep) aluminium--tantalum welded joint, flat border
    		51(3)
    3.3.2 (Ew): aluminium--tantalum, wavy interface
    		54(14)
    3.5 Steel--steel
    		68(6)
    4 Discussion of results
    		74(44)
    4.1 Fragmentation of the granulating type
    		74(6)
    4.2 Fragmentation under severe deformation
    		80(1)
    4.3 Consolidation of powders with SPD by torsion
    		81(19)
    4.3.1 Quartz
    		84(3)
    4.3.2 Rock crystal
    		87(1)
    4.3.3 X-ray analysis
    		88(2)
    4.3.4 Glasses (slide, quartz)
    		90(5)
    4.3.5 Glass sticking
    		95(2)
    4.3.6 Microcracks
    		97(2)
    4.3.7 Conclusion
    		99(1)
    4.4 Surface relief: cusps
    		100(3)
    4.5 Melting
    		103(15)
    4.5.1 Particle scattering and melting
    		105(2)
    4.5.2 Colloidal solutions
    		107(4)
    4.5.3 Vortex formation
    		111(4)
    4.5.4 Melting and gluing
    		115(3)
    5 Risk zones when explosive welding
    		118(10)
    5.1 Chemical reactor
    		118(2)
    5.2 Petrochemical reactor (coke oven)
    		120(8)
    6 Fractal analysis of the surface relief
    		128(14)
    6.1 Islands
    		129(8)
    6.2 Coastline
    		137(5)
    7 Evolution of the interface of copper--tantalum and aluminium--tantalum welded joints
    		142(13)
    7.1 Material and research methods
    		143(1)
    7.2 Relief of the flat surface section
    		144(4)
    7.2.1 (Cp↓) copper--tantalum welded joint, below the lower boundary
    		144(3)
    7.2.2 (Ep↓) aluminium--tantalum welds below the lower boundary
    		147(1)
    7.2.3 (Cp) copper--tantalum welds at the lower boundary
    		147(1)
    7.3 Relief of the wavy interface
    		148(7)
    7.3.1 (C(a)w), (C(b)w) copper -- tantalum welded joints near (above) the lower boundary
    		148(3)
    7.3.2 (C(c)w), (C(d)w) copper--tantalum welded joint above the lower boundary
    		151(4)
    8 Evolution of the interface of copper--titanium welded joints
    		155(22)
    8.1 Material and research methods
    		156(1)
    8.2 Experimental results (copper--titanium)
    		156(21)
    8.2.1 Welded joints (4'), (4)
    		156(3)
    8.2.2 Welded joints (3)
    		159(2)
    8.2.3 Welded joints (1) and (1')
    		161(1)
    8.2.4 Welded joints (2) and (2')
    		162(1)
    8.2.5 Welded joints (5) and (5')
    		163(2)
    8.2.6 The formation of intermetallic welded joints
    		165(12)
    9 Welding of homogeneous materials
    		177(14)
    9.1 The structure and properties of explosion-produced joints of homogeneous metals and alloys
    		177(3)
    9.1.1 Bimetals from aluminium and its alloys
    		177(1)
    9.1.2 Steel bimetals
    		178(2)
    9.2 The choice of a homogeneous copper--copper pair
    		180(1)
    9.3 Welding parameters
    		181(2)
    9.4 Experimental results for copper--melchior alloys welded joints
    		183(4)
    9.5 Fractal description of the interface for the copper--melchior alloy welded joint
    		187(4)
    10 Structure of multilayer composites produced by explosive welding
    		191(20)
    10.1 Structure and properties of certain composites
    		192(10)
    10.1.1 Steel-based composites
    		192(3)
    10.1.2 Magnesium-based composites
    		195(4)
    10.1.3 Nb--Cu and Ta--Cu welded joints
    		199(3)
    10.2 Multi-layered composites based on Cu--Ta
    		202(9)
    10.2.1 Experimental material and procedure
    		202(2)
    10.2.2 Microslructure of Cu--Ta multilayer composite materials produced by explosive welding
    		204(4)
    10.2.3 Mechanical alloying in the case of torsion under pressure for the Cu--Ta system
    		208(3)
    11 Self-organization processes
    		211(13)
    11.1 Transitions from splashes to waves
    		212(2)
    11.2 Simulation experiments
    		214(10)
    References 224(8)
    Index 232
    B.A.Greenberg, Prof. and Department Supervisor at the Russian Academy of Sciences, Russia M.A.Ivanov, Professor and Department Head at G. V. Kurdyumov, National Academy of Sciences of Ukraine S.V.Kuzmin,, Research Scientists at Volgograd State Technical University, Russia V.I.Lysak., Research Scientist at Volgograd State Technical University, Russia
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