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List of Tables

Table 1.1 Welding and joining processes, type of energy used, and their abbreviations as defined by the American Welding Society

Table 1.2 Arc efficiency by welding process

Table 1.3 Shows the arc efficiency factors for various commonly used arc welding processes

Table 1.4 Indicates general limits of joining/welding processes that apply to the material listed in left column

Table 1.5 Arc efficiency factor

Table 2.8.3.1 Welding lead and their capacity

Table 2.9.1 Welding lens shades

Table 2.9.2 Helmets with auto adjusting lenses

Table 2.10.1 Electrode classification and A-numbers

Table 2.10.2 Shielded arc welding electrodes

Table 2.11.10 Common SMAW process anomalies and their suggested causes and corrections

Table 2.11.12 Weld defects and suggested changes that can correct them

Table 2.12.1 Aluminum alloy designation system

Table 2.12.5 Cast aluminum designation and numbering system

Table 2.12.6 Temper designation letters and meaning

Table 2.12.23 Stainless steel welding electrodes and heat treatments

Table 2.13 Nominal compositions of some of duplex steels

Table 2.13.1 Nominal mechanical properties of duplex stainless steels

Table 3.10.1 Basic matching guide for electrode size and nozzle

Table 3.11.1 Tungsten electrode tips

Table 3.11.2 Tungsten electrode tips

Table 3.11.3 Types of Tungsten electrode and their identification

Table 3.16.1 Welding cable current carrying capacity

Table 3.17.1 Details the NEMA rating and corresponding current output capacity

Table 3.21.1 Aluminum alloy designation system

Table 3.22.1 Cast aluminum designation and numbering system

Table 3.24.1 Aluminum welding procedures using AC high frequency stabilized arc

Table 3.24.2 GTAW stainless steel welding procedures

Table 3.25.1 Nominal compositions of some of duplex steels

Table 3.25.8 Stainless steel welding wire rod and heat treatments

Table 3.6.2 Nominal mechanical properties of duplex stainless steels

Table 3.29.1 Advantages and limitations of PAW process

Table 4.4.1 Deposition rate of various GMAW metal transfer mode

Table 4.4.1.1 WPS for carbon steel and low alloy steels with short circuit transfer mode

Table 4.4.1.2 Aluminum WPS for short circuit

Table 4.4.1.3 The transition current for spray transfer currents

Table 4.4.1.4.1 Carbon steel – Basic training WPS for spray transfer welding

Table 4.4.1.4.2 Aluminum – Basic training WPS for spray transfer welding

Table 4.5.1 Details the current and the shielding gas type used in spray transfer mode of some of the common materials

Table 4.5.5.1 Gas selection guide

Table 4.12.1.4 Welding lead current carrying capacity

Table 5.5.1 Carbon steel electrodes their use descriptions

Table 5.6.6.1 Impact of shielding gases on the mechanical properties of weld metal

Table 6.10.7 Indicates the basicity of various fluxes

Table 6.11 Common welding electrodes for SAW process

Table 7.1 Pipe schedule

Table 7.2 Terms and abbreviations relating to welding and construction

Table 7.3 F-Number, ASME specification and AWS classification

Table 7.4 P-number, group number, and type of material

Table 7.5 Qualification of metals based on the procedure qualification

Table 7.6 Temperature conversion

Table 7.7 Temperature and pressure