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- Induction_shrink_fitting abstract "Induction shrink fitting refers to the use of induction heater technology to pre-heat metal components between 150 °C (302 °F) and 300 °C (572 °F) thereby causing them to expand and allow for the insertion or removal of another component. Typically the lower temperature range is used on metals such as aluminium and higher temperatures are used on metals such as low/medium carbon steels. The process avoids the changing of mechanical properties whilst allowing components to be worked. Metals typically expand in response to heating and contract on cooling; this dimensional response to temperature change is expressed as a coefficient of thermal expansion.".
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- Induction_shrink_fitting wikiPageExternalLink induction-heating-faqs.html.
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- Induction_shrink_fitting wikiPageOutDegree "31".
- Induction_shrink_fitting wikiPageRevisionID "668148426".
- Induction_shrink_fitting wikiPageWikiLink Aluminium.
- Induction_shrink_fitting wikiPageWikiLink Carbon_steel.
- Induction_shrink_fitting wikiPageWikiLink Category:Metallurgical_processes.
- Induction_shrink_fitting wikiPageWikiLink Computer-aided_manufacturing.
- Induction_shrink_fitting wikiPageWikiLink Crankshaft.
- Induction_shrink_fitting wikiPageWikiLink Electromagnetic_coil.
- Induction_shrink_fitting wikiPageWikiLink Electromagnetism.
- Induction_shrink_fitting wikiPageWikiLink Finite_element_method.
- Induction_shrink_fitting wikiPageWikiLink Flywheel.
- Induction_shrink_fitting wikiPageWikiLink Furnace.
- Induction_shrink_fitting wikiPageWikiLink Gas_turbine.
- Induction_shrink_fitting wikiPageWikiLink Hydraulic_press.
- Induction_shrink_fitting wikiPageWikiLink Impeller.
- Induction_shrink_fitting wikiPageWikiLink Induction_forging.
- Induction_shrink_fitting wikiPageWikiLink Induction_hardening.
- Induction_shrink_fitting wikiPageWikiLink Induction_heater.
- Induction_shrink_fitting wikiPageWikiLink Induction_heating.
- Induction_shrink_fitting wikiPageWikiLink Machine_press.
- Induction_shrink_fitting wikiPageWikiLink Magnetic_core.
- Induction_shrink_fitting wikiPageWikiLink Magnetic_field.
- Induction_shrink_fitting wikiPageWikiLink Magnetic_flux.
- Induction_shrink_fitting wikiPageWikiLink Permeability_(electromagnetism).
- Induction_shrink_fitting wikiPageWikiLink Pneumatics.
- Induction_shrink_fitting wikiPageWikiLink Solid-state_electronics.
- Induction_shrink_fitting wikiPageWikiLink Thermal_energy.
- Induction_shrink_fitting wikiPageWikiLink Thermal_expansion.
- Induction_shrink_fitting wikiPageWikiLink Transformer.
- Induction_shrink_fitting wikiPageWikiLink Watt.
- Induction_shrink_fitting wikiPageWikiLinkText "Induction shrink fitting".
- Induction_shrink_fitting wikiPageWikiLinkText "induction shrink fitting".
- Induction_shrink_fitting wikiPageUsesTemplate Template:Citation.
- Induction_shrink_fitting wikiPageUsesTemplate Template:Convert.
- Induction_shrink_fitting wikiPageUsesTemplate Template:Reflist.
- Induction_shrink_fitting subject Category:Metallurgical_processes.
- Induction_shrink_fitting type Process.
- Induction_shrink_fitting comment "Induction shrink fitting refers to the use of induction heater technology to pre-heat metal components between 150 °C (302 °F) and 300 °C (572 °F) thereby causing them to expand and allow for the insertion or removal of another component. Typically the lower temperature range is used on metals such as aluminium and higher temperatures are used on metals such as low/medium carbon steels. The process avoids the changing of mechanical properties whilst allowing components to be worked.".
- Induction_shrink_fitting label "Induction shrink fitting".
- Induction_shrink_fitting sameAs Q6027282.
- Induction_shrink_fitting sameAs m.04q38c3.
- Induction_shrink_fitting sameAs Q6027282.
- Induction_shrink_fitting wasDerivedFrom Induction_shrink_fitting?oldid=668148426.
- Induction_shrink_fitting isPrimaryTopicOf Induction_shrink_fitting.