Soldabilidad de Los Materiales - Alemania

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    Peru 2003

    Prof. Dr.-Ing. habil. Dr. E.h. Horst HeroldDr.-Ing. Jrg Pieschel

    Otto-von-Guericke-University Magdeburg

    Institute of Joining and Beam TechnologyUniversittsplatz 2

    D-39 106 Magdeburg

    Tel.: +49 (0) 391-67-18613

    Fax: +49 (0) 391-67-12037

    e-mail: [email protected]

    Joinability of innovative materialsJoinability of innovative materials

    Joining and Beam Technology

    InstituteOTTO-VON-GUERICKE-UNIVERSITY

    MAGDEBURG

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    Past and presentPast and present

    OTTO-VON-GUERICKE-UNIVERSITY

    MAGDEBURG

    OTTO-VON-GUERICKE-UNIVERSITY

    MAGDEBURG

    InstituteInstituteJoining and Beam TechnologyJoining and Beam Technology

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    New materials for keyNew materials for key--technologies of the 21th Centurytechnologies of the 21th Century

    Technical productTechnical product--developments necessitate the use from:developments necessitate the use from:

    highhigh--strengthstrength andand lightlight--weight materialsweight materials

    high temperature materials,high temperature materials,

    supersuper--hardhard materials,materials,

    nanonano--techniques materials,techniques materials,

    optical fibre,optical fibre, electrical,electrical, magnetic materials,magnetic materials,

    sensorsensor--materials,materials,

    gradientgradient--materials,materials,

    implantimplant--materials,materials,

    biomimeticbiomimetic andand multifunctionally materials,multifunctionally materials,

    materialmaterial--modelling and simulationmodelling and simulation

    OTTO-VON-GUERICKE-UNIVERSITY

    MAGDEBURG

    OTTO-VON-GUERICKE-UNIVERSITY

    MAGDEBURG

    InstituteInstituteJoining and Beam TechnologyJoining and Beam Technology

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    BusinessBusiness--questioning to used materials in the productionquestioning to used materials in the production(source:(source: FV Schweien u. verwandte Verfahren e.V. des DVS )FV Schweien u. verwandte Verfahren e.V. des DVS )

    26%

    18%

    16%9% 9%

    22%

    Iron-materials Light-weight materials Material combinations

    Plastics Glasses/Ceramics others

    OTTO-VON-GUERICKE-UNIVERSITY

    MAGDEBURG

    OTTO-VON-GUERICKE-UNIVERSITY

    MAGDEBURG

    InstituteInstituteJoining and Beam TechnologyJoining and Beam Technology

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    BusinessBusiness--questioning to applied procedures in the productionquestioning to applied procedures in the production(source:(source: FV Schweien u. verwandte Verfahren e.V. des DVS )FV Schweien u. verwandte Verfahren e.V. des DVS )

    OTTO-VON-GUERICKE-UNIVERSITY

    MAGDEBURG

    OTTO-VON-GUERICKE-UNIVERSITY

    MAGDEBURG

    InstituteInstituteJoining and Beam TechnologyJoining and Beam Technology

    52%

    10%

    11% 8%6%

    13%

    Welding Soldering Adhesive bondingMech. joining Cutting Coating

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    OTTO-VON-GUERICKE-UNIVERSITY

    MAGDEBURG

    OTTO-VON-GUERICKE-UNIVERSITY

    MAGDEBURG

    InstituteInstituteJoining and Beam TechnologyJoining and Beam Technology

    Manufacture

    Materials

    Components

    Structure- Loading(statical,

    dynamical, multiaxial,

    impulsive)

    - Design(bar, flat, chill,

    compact)

    - Quality

    - Repair-possibility

    - Recycling-

    possibility

    material suitable

    design

    - Metals(steels,

    non-ferrous metals)

    - Ceramics & glasses

    - Plastics

    - Composites

    with optimized

    properties

    and

    fabrication costsmanufacture

    suitable

    design

    materialsuitable

    manufacture

    - Cutting

    - Forming

    - Joining

    - Coating

    Joining technological correlation between

    structure, material and fabrication

    Joining technological correlation between

    structure, material and fabrication

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    Joining technological correlation between

    structure, material and fabrication

    Joining technological correlation between

    structure, material and fabrication

    Joining

    Components

    Joining

    Components

    MaterialMaterial

    Fabric

    at

    ion

    Fabric

    ation

    Material processing for joining

    process to optimize the

    mechanical and chemo-physical

    weldment properties

    Material processing for joining

    process to optimize the

    mechanical and chemo-physical

    weldment properties

    Material selection for load

    with respect to join

    depending designing and

    yielding load capacity of

    component and weldment

    Material selection for load

    with respect to join

    depending designing and

    yielding load capacity of

    component and weldment

    Join depending designing forselection of suited (tailored)

    joining process with minimizing of

    production costs and quality

    assurance attended by process

    Join depending designing forselection of suited (tailored)

    joining process with minimizing of

    production costs and quality

    assurance attended by process

    Joiningre

    lia

    bilityJoin

    ing

    suitability

    Joining capability

    Structure

    Structure

    Joining and Beam TechnologyJoining and Beam TechnologyInstituteInstituteOTTO-VON-GUERICKE-UNIVERSITY

    MAGDEBURG

    OTTO-VON-GUERICKE-UNIVERSITY

    MAGDEBURG

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    New developments of materials and selected demands for joiningNew developments of materials and selected demands for joining

    new steels and light weight metal alloysnew steels and light weight metal alloys

    metal foamsmetal foams

    bondedbonded--joinsjoins tailoredtailored blankingblanking

    ceramics / metalceramics / metal

    bonded fabricsbonded fabrics

    ......

    Development of joining technologies for new materialsDevelopment of joining technologies for new materialsand compositesand composites

    Using of hybrid technologiesUsing of hybrid technologies

    heatheat--poor joiningpoor joining

    combined soldering technologiescombined soldering technologies combinations of weldingcombinations of welding--solderingsoldering--adhesive bondingadhesive bonding

    combinations of mechanical joinscombinations of mechanical joins--adhesive bondingadhesive bonding

    ......

    OTTO-VON-GUERICKE-UNIVERSITY

    MAGDEBURG

    OTTO-VON-GUERICKE-UNIVERSITY

    MAGDEBURG

    InstituteInstituteJoining and Beam TechnologyJoining and Beam Technology

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    New tasksNew tasks

    OTTO-VON-GUERICKE-UNIVERSITY

    MAGDEBURG

    OTTO-VON-GUERICKE-UNIVERSITY

    MAGDEBURG

    InstituteInstituteJoining and Beam TechnologyJoining and Beam Technology

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    Repair and RecyclingRepair and Recycling

    OTTO-VON-GUERICKE-UNIVERSITY

    MAGDEBURG

    OTTO-VON-GUERICKE-UNIVERSITY

    MAGDEBURG

    InstituteInstituteJoining and Beam TechnologyJoining and Beam Technology

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