Welding Joint Design Flashcards

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1
Q

What are the 5 basic joint designs?

A

Butt, Corner, Tee, Lap, Edge

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2
Q

What are the 2 main types of welds?

A

Groove and Fillet welds

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3
Q

What are the 4 main welding positions?

A

Flat, Horizontal, Vertical (up or down), and Overhead

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4
Q

American Welding Society defines a joint as _________.

A

“The manner in which materials fit together.”

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5
Q

What type of groove is this?

A

Single-Squared Groove Weld

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6
Q

What type of groove is this?

A

Single-V Groove

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7
Q

What type of groove is this?

A

Double Bevel Groove

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8
Q

What type of groove is this?

A

Single U Groove

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9
Q

What type of groove is this?

A

Single J Groove

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10
Q

What type of groove is this?

A

Single Flare V-Groove

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11
Q

What type of groove is this?

A

Single Flare Bevel Groove

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12
Q

What is this type of weld?

A

Resistance Spot Weld

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13
Q

What is this type of weld?

A

Arc Spot Weld

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14
Q

What is this type of weld?

A

Resistance Seam Weld

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15
Q

What is this type of weld?

A

Stud Weld

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16
Q

What is this type of weld?

A

Back Weld

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17
Q

What is this type of weld?

A

Backing (Strip, bar) Weld

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18
Q

Where is the groove angle, bevel angle, depth of bevel, and root opening?

A
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19
Q

What does this image show?

A

Stringers

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20
Q

What does this image show?

A

Weaves

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21
Q

What type of weld is this?

A

Intermittent Welds

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22
Q

What type of weld is this?

A

Boxing

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23
Q

What type of weld is this?

A

Back step Sequence

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24
Q

What welding position is this?

A

Flat (1)

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25
Q

What welding position is this?

A

Horizontal (2)

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26
Q

What welding position is this?

A

Vertical (3)

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27
Q

What welding position is this?

A

Overhead (4)

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28
Q

What joint is this?

A

Butt

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29
Q

What joint is this?

A

Tee

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30
Q

What joint is this?

A

Lap

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31
Q

What joint is this?

A

Corner

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32
Q

What joint is this?

A

Edge

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33
Q

What are used in cylinder and head assemblies where backing bars or tooling cannot be used?

A

Joggle-type joint

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34
Q

What does the image show?

A

Tubular butt joint with a built-in backing bar.

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35
Q

What the image show?

A

Controlled weld penetration joint.

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36
Q

A series of bead welds overlaid on the face of a joint is called _______.

A

Buttering

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37
Q

_________ welds are often used to join dissimilar metals.

A

Buttered

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38
Q

A series of overlaid welds on the surface of a part to protect the base material is called ________ or ________.

A

Surfacing or Cladding

39
Q

Communication from the weld designer to the _______ is essential to proper completion of most weldments.

A

The Welder

40
Q

The American Welding Society has developed as a standard what?

A

AWS Welding Symbol

41
Q

(Not a Question) Weld Terms 1

A
42
Q

(Not a Question) Weld Terms 2

A
43
Q

(Not a Question) Weld Terms 3

A
44
Q

What does this symbol mean?

A

Square

45
Q

What does this symbol mean?

A

Scarf

46
Q

What does this symbol mean?

A

V

47
Q

What does this symbol mean?

A

Bevel

48
Q

What does this symbol mean?

A

U

49
Q

What does this symbol mean?

A

J

50
Q

What does this symbol mean?

A

Flare-V

51
Q

What does this symbol mean?

A

Flare-Bevel

52
Q

What does this symbol mean?

A

Edge

53
Q

What does this symbol mean?

A

Surfacing

54
Q

What does this symbol mean?

A

Back or Backing

55
Q

What does this symbol mean?

A

Seam

56
Q

What does this symbol mean?

A

Spot or projection

57
Q

What does this symbol mean?

A

Stud

58
Q

What does this symbol mean?

A

Plug or Slot

59
Q

What does this symbol mean?

A

Fillet

60
Q

Where is the “arrow side” of the reference line?

A
61
Q

Where is the “other side” of the reference line?

A
62
Q

What does the complete weld symbol provide for the welder?

A

Intructions on how to prepare the base metal, the welding process to use, and the finish for the completed weld.

63
Q

Note how gravity affects the molten weld pools in different joint positions. In addition to this, __________ also varies with each position.

A

Heat Distribution

64
Q

What is tack welding used for?

A

Stability and holding components together during assembly.

65
Q

Expansion of the base metal during welding often will cause a condition known as ________.

A

Mismatch

66
Q

Overall weld dimensions have a small tolerance; Why?

A

For weld shrinkage

67
Q

Fille welds leg length must be equal to the thickness of the _________ base material.

A

Thinner

68
Q

Where the component parts are not in close contact a _____ must then be made.

A

Bridging Fillet Weld

69
Q

What is an interference fit?

A

The outer cylindrical part is headed until it expands enough to slide over the inner part. As the part cools, it shrinks and locks the two pieces togeather.

70
Q

What are the 3 common corner weld joint designs?

A

Edge to Edge, Flush, Half overlap

71
Q

Preheating is generally use to do what and prevent what?

A

Used to slow down the cooling rate of the weld to prevent cracking.

72
Q

The Min/Max temperature at which a weld can be made on a multi-pass weld is called _______.

A

Interpass temperature

73
Q

Tooling and bars used to remove heat from the weld and resist heat into the base material are sometimes called ________.

A

Chill Bars

74
Q

Welds made from both sides of the joint are called______.

A

double welds

75
Q

Where high-strength welds are required, a ____ joint weld with 100 percent penetration is used.

A

Butt

76
Q

Unless tack welds are made properly, they often ______ during the welding operation.

A

Crack

77
Q

Fillet welds are always measure by the length of the fillet ________.

A

legs. (Unsure of this answer)

78
Q

The condition of a butt joint where neither the top nor the bottom edge of the material is flush is called _____________.

A

Mismatch

79
Q

________ joints always shrink across the weld joints.

A

Butt

80
Q

The main problem in making fillet welds is _____ _________ ________ into the root of the joint.

A

lack of penetration

81
Q

Edge-type joints without full penetratin of the weld should not be used in _________.

A

stress or pressure application

82
Q

What does the weld designer want?

A
83
Q

What does the weld designer want?

A
84
Q

What does the weld designer want?

A
85
Q

What does the weld designer want?

A
86
Q

What does the weld designer want?

A
87
Q

What does the tail of the welding symbol used indicate?

A

The welding or cutting processes, as wel as teh welding specification, procedures or supplementary information.

88
Q

A weld symbole without a flag indicates the the weld is to made in ______.

A

shop

89
Q

What are 3 components to a weld symbol?

A

The arrow line, reference line, and tail.

90
Q

What does the field weld symbol look like?

A

A flag

91
Q

What does the numbers mean on either side of the symbols?

A

left of sign = leg size, weld length (if numbers are more than one like 2-4, it is the intermittent weld length and pitch)

92
Q

What is the root of a weld?

A

The part of deepest penetration which is the opposite anlge of the hypotenuse.

93
Q

What are the toes of a weld?

A

Edges or the points of the hypotenuse.

94
Q
A