Mig mag Guides d'étude, Notes de cours & Résumés

TECHNOLOGY (WELDING) EXAM 2 COMPLETE WITH CORRECT ANSWERS 1. Loss of ductility is often one of the reasons for a hydrogen crack to occur. What will happen to ductility we increase tensile strength? A. Ductility will be greater B. Ductility will not change C. Ductility will be less D. Ductility is tensile not affected by tensile strength 2. In MIG/MAG welding which mode of transfer is referred to as non-desired? A. Dip B. Pulse C. Spray D. Globular

Voor de keuzemodule Voertuigconstructie en Hersteltechnieken is hier dé samenvatting. Het document bevat de volgende titels: Chassis | Carrosserieconstructievormen | Hoe doet de constructeur een aanpassing op het chassis? | Hoogsterktestaal | Vergelijking aluminium met staal en voordelen | Kunststofsoorten , thermoplasten, elastomeren | Carosseriestijfheid | Verbindingstechnieken| Lassen; Autogeen, elektrisch, Mig en Mag | Lasvormen; continu lassen, interval lassen en proplassen | Rekken va...

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Gas metal arc welding (GMAW) is also called MIG (metal inert gas) if the shielding gas is inert, for example, argon, or MAG (metal active gas) if the gas has a content of an active gas such as CO2. In Europe, the process is usually called MIG/MAG or just MIG welding. The process is used in a wide range of plate thicknesses even though it has been most dominant in thin sheet welding. This is because of its easiness in starting and stopping and thereby its relatively high productivity. Compared t...

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