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Vodní paprsek 2017 - výzkum, vývoj, aplikace. Sborník přednášek konference o technologii vodního paprsku

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    0478124 - ÚGN 2018 RIV CZ cze G - Proceedings (international conference)
    Klichová, Dagmar (ed.) - Sitek, Libor (ed.)
    Vodní paprsek 2017 - výzkum, vývoj, aplikace. Sborník přednášek konference o technologii vodního paprsku.
    [Water Jet 2017 - Research, Development, Applications. Proceedings of the Conference on Water Jetting Technology.]
    Ostrava: Ústav geoniky AV ČR, 2017. 231 s. ISBN 978-80-86407-71-5. 1.
    [Vodní paprsek 2017 - výzkum, vývoj, aplikace. Lednice (CZ), 13.09.2017-15.09.2017]
    R&D Projects: GA MŠMT ED2.1.00/03.0082; GA MŠMT(CZ) LO1406
    Institutional support: RVO:68145535
    Keywords : water jet * abrasive water jet * high-pressure water jet technology
    OECD category: Mechanical engineering

    Konference Vodní paprsek 2017 - výzkum, vývoj a aplikace představuje páté mezinárodní setkání výrobců, uživatelů, tvůrců a zájemců o technologii vysokorychlostního vodního paprsku. Fórum k výměně názorů, informací a zkušeností v oblastech výzkumu, vývoje a aplikací vysokorychlostních vodních paprsků (řezání, obrábění, sanace konstrukcí a staveb, čištění, odstraňování povlaků a nánosů, hydrodemolice, těžba, abrazivní materiály, speciální aplikace paprsku, vysokotlaká technika, bezpečnostní aspekty, atd.).

    Conference Water Jet 2017 – Research, Development, Applications coincides
    with major changes in key technologies and economy which recently started to
    increase pace.
    Upcoming electric mobility will strongly influence production technology in
    the automotive industry leading probably to declining content of water jetting
    processes.
    The continuing trend for automation will have an extreme impact on water jet
    business. Merging robotic and data control systems with smart water jet tools will
    be a demanding future task.
    The need for energy saving remains unchanged and directs scientific focus on
    high efficient jetting, cutting and cleaning processes as well as tools. This is
    the only way to gain substantial savings as efficiency of state of the art pump
    systems is already on a very high level.
    Traditional technologies are moving towards marine applications. Subsea
    exploration becomes more and more important for basic raw material supply. Both
    maintenance and decommissioning of vessels and offshore structures is already
    a growing domain for special water jetting applications. Aquafarming substantially
    contributes to supply a constantly growing human population with sea food
    whereat water jet cleaning helps to keep high quality farming standards.
    All these changes are linked up with associated HSE requirements. High
    efficiency, safe, ergonomic and reliable equipment as well as water treatment are
    key factors for future developments.
    A strong scientific and engineering effort is required to meet these current and
    following challenges. Water Jet 2017 Conference is organized by the Department of
    Material Disintegration of the Institute of Geonics.
    Permanent Link: http://hdl.handle.net/11104/0274336

     
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