CSWIP 3.1 Revision Questions
Cellulosic
Iron oxide
Acid
Basic
Colour
Length
Trade name
BS639/AWS code letter
Concrete shuttering welding teams
Pipe welding teams
Plater welders
Plant maintenance welders
It is too expensive
The wire would be too thick
The metal composition may be wrong
The wire is too short
Electrode type
Power plant type
Electrode storage
Day temperature
Porosity
Cracking in the weld area
Undercut for fillet welds
Lack of fusion defects
4.0% chromium molybdenum
12.0% chromium
Austenitic stainless steel
9.0% nickel steel
Prevent oxidation
Prevent underbead cracking
Prevent porosity
Control the penetration bead shape
Scattered porosity
Worm hole porosity
Parent metal cracking
Lack of penetration
Leg length
Throat thickness
Weld width
Actual throat thickness
Single operator transformer
Multi operator transformers
AC/DC composite power unit
Diesel engine driven motor generator
The root gap tolerance
The angle of preparation
The root face width
The gas cut finish
Assembly welding only
Assembly and tack welding
Joints over 25 mm thick only
Cruciform welds only
Preheating increases hardness
Preheating increases cooling
Preheating increases dilution
Preheating increases shrinkage stress
The weld would be hard and brittle
The weld could be too soft
There will be no effect on the weld
The weld will have undercut
The skill of the welder
The quality of the materials
The non-destructive test procedures
The manufacturing methods
HAZ. cracking
Fatigue life
Residual stress
Yield strength
The wire diameter
The current return connections
The gas flow rate
The torch to work angle
Side bend
Root bend
Face bend
Guided bend
X-ray examination
Dye penetrant
Ultrasonic examination
It would not have been found by any inspection method
Permit it to proceed
Permit it to proceed with fume extraction
Stop the operation at once
Advise the welder to drink milk and proceed
Cracking
Cooling slowly
Cooling quickly
Expanding
Ductility
Plasticity
Malleability
Elasticity
Tenacity
Elasticity
Yield strength
Tensile strength
Impact
Tensile
Compressive
Fatigue
Improve the quality of the cut
Increase the cutting speed
Refine the grain structure
Prevent hardening and cracking
Strength of the weld
Number of alloying elements
Grain size
Number of runs used
Austenite
Martensite
Troostite
Sorbite
Weld annealing
Weld refining
Weld normalising
Weld recrystallisation
Can be used in draughty locations without protection
Produces a deposit low in hydrogen content
Any welding position can be welded with spray transfer
Fine spatter at nozzle restricting gas flow
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