Minor Diameter of External Thread given Height of Fundamental Triangle Solution

STEP 0: Pre-Calculation Summary
Formula Used
Minor Diameter of External Thread = Major Diameter of External Thread-((17/12)*Height of Fundamental Triangle)
dc = d-((17/12)*H)
This formula uses 3 Variables
Variables Used
Minor Diameter of External Thread - (Measured in Meter) - The Minor Diameter of External Thread is the diameter of the imaginary co-axial cylinder that just touches the base of an external thread.
Major Diameter of External Thread - (Measured in Meter) - The Major Diameter of External Thread is the diameter of the imaginary co-axial cylinder that just touches the crest of an external thread.
Height of Fundamental Triangle - (Measured in Meter) - Height of Fundamental Triangle is the height of the thread when the profile is extended to a sharp vee form.
STEP 1: Convert Input(s) to Base Unit
Major Diameter of External Thread: 29.8 Millimeter --> 0.0298 Meter (Check conversion here)
Height of Fundamental Triangle: 3.46 Millimeter --> 0.00346 Meter (Check conversion here)
STEP 2: Evaluate Formula
Substituting Input Values in Formula
dc = d-((17/12)*H) --> 0.0298-((17/12)*0.00346)
Evaluating ... ...
dc = 0.0248983333333333
STEP 3: Convert Result to Output's Unit
0.0248983333333333 Meter -->24.8983333333333 Millimeter (Check conversion here)
FINAL ANSWER
24.8983333333333 24.89833 Millimeter <-- Minor Diameter of External Thread
(Calculation completed in 00.020 seconds)

Credits

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National Institute of Technology (NIT), Tiruchirapalli
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Go Height of Fundamental Triangle = (12/17)*(Major Diameter of External Thread-Minor Diameter of External Thread)
Major Diameter of External Thread given Minor Diameter of External Thread
Go Major Diameter of External Thread = Minor Diameter of External Thread+((17/12)*Height of Fundamental Triangle)
Minor Diameter of External Thread given Height of Fundamental Triangle
Go Minor Diameter of External Thread = Major Diameter of External Thread-((17/12)*Height of Fundamental Triangle)
Height of Fundamental Triangle of Screw Threads given Pitch Diameter of Internal Thread
Go Height of Fundamental Triangle = (Major Diameter of Internal Thread-Pitch Diameter of Internal Thread)/0.75
Height of Fundamental Triangle of Screw Threads given Pitch Diameter of External Thread
Go Height of Fundamental Triangle = (Major Diameter of External Thread-Pitch Diameter of External Thread)/0.75
Height of Fundamental Triangle of Screw Threads given Minor Diameter of Internal Thread
Go Height of Fundamental Triangle = (Major Diameter of Internal Thread-Minor Diameter of Internal Thread)/1.25
Major Diameter of Internal Thread given Pitch Diameter of Internal Thread
Go Major Diameter of Internal Thread = Pitch Diameter of Internal Thread+(0.75*Height of Fundamental Triangle)
Pitch Diameter of Internal Thread given Height of Fundamental Triangle
Go Pitch Diameter of Internal Thread = Major Diameter of Internal Thread-(0.75*Height of Fundamental Triangle)
Pitch Diameter of External Thread given Height of Fundamental Triangle
Go Pitch Diameter of External Thread = Major Diameter of External Thread-(0.75*Height of Fundamental Triangle)
Major Diameter of External Thread given Height of Fundamental Triangle
Go Major Diameter of External Thread = Pitch Diameter of External Thread+(0.75*Height of Fundamental Triangle)
Minor Diameter of Internal Thread given Height of Fundamental Triangle
Go Minor Diameter of Internal Thread = Major Diameter of Internal Thread-(1.25*Height of Fundamental Triangle)
Major Diameter of Internal Thread given Height of Fundamental triangle
Go Major Diameter of Internal Thread = Minor Diameter of Internal Thread+(1.25*Height of Fundamental Triangle)
Minor Diameter of Internal Thread given Pitch and Pitch Diameter of Internal Thread
Go Major Diameter of Internal Thread = Pitch Diameter of Internal Thread+(0.650*Pitch of threads)
Major Diameter of External Thread given Pitch and Pitch Diameter of External Thread
Go Major Diameter of External Thread = Pitch Diameter of External Thread+(0.650*Pitch of threads)
Minor Diameter of Internal Thread given Pitch and Major Diameter of Internal Thread
Go Minor Diameter of Internal Thread = Major Diameter of Internal Thread-(1.083*Pitch of threads)
Major Diameter of Internal Thread given Pitch and Minor Diameter of Internal Thread
Go Major Diameter of Internal Thread = (1.083*Pitch of threads)+Minor Diameter of Internal Thread
Minor Diameter of External Thread given Pitch and Major Diameter of Internal Thread
Go Minor Diameter of External Thread = Major Diameter of Internal Thread-(1.227*Pitch of threads)
Major Diameter of Internal Thread given Pitch and Minor Diameter of External Thread
Go Major Diameter of Internal Thread = Minor Diameter of External Thread+(1.227*Pitch of threads)
Pitch of Threads given Pitch Diameter of Internal Thread
Go Pitch of threads = (Major Diameter of Internal Thread-Pitch Diameter of Internal Thread)/0.650
Pitch of Threads given Pitch Diameter of External Thread
Go Pitch of threads = (Major Diameter of External Thread-Pitch Diameter of External Thread)/0.650
Pitch of Threads given Minor Diameter of Internal Thread
Go Pitch of threads = (Major Diameter of Internal Thread-Minor Diameter of Internal Thread)/1.083
Pitch of Threads given Major Diameter of Internal Thread
Go Pitch of threads = (Major Diameter of Internal Thread-Minor Diameter of External Thread)/1.227
Pitch Diameter of Internal Thread given Pitch
Go Pitch Diameter of Internal Thread = Major Diameter of Internal Thread-(0.650*Pitch of threads)
Pitch Diameter of External Thread given Pitch
Go Pitch Diameter of External Thread = Major Diameter of External Thread-(0.650*Pitch of threads)

Minor Diameter of External Thread given Height of Fundamental Triangle Formula

Minor Diameter of External Thread = Major Diameter of External Thread-((17/12)*Height of Fundamental Triangle)
dc = d-((17/12)*H)

What is a fastener?

A fastener or fastening is a hardware device that mechanically joins or affixes two or more objects together. In general, fasteners are used to create non-permanent joints; that is, joints that can be removed or dismantled without damaging the joining components.

How to Calculate Minor Diameter of External Thread given Height of Fundamental Triangle?

Minor Diameter of External Thread given Height of Fundamental Triangle calculator uses Minor Diameter of External Thread = Major Diameter of External Thread-((17/12)*Height of Fundamental Triangle) to calculate the Minor Diameter of External Thread, Minor Diameter of External Thread given Height of Fundamental Triangle formula is defined as the diameter of the imaginary co-axial cylinder that just touches the base of an external thread. Minor Diameter of External Thread is denoted by dc symbol.

How to calculate Minor Diameter of External Thread given Height of Fundamental Triangle using this online calculator? To use this online calculator for Minor Diameter of External Thread given Height of Fundamental Triangle, enter Major Diameter of External Thread (d) & Height of Fundamental Triangle (H) and hit the calculate button. Here is how the Minor Diameter of External Thread given Height of Fundamental Triangle calculation can be explained with given input values -> 24898.33 = 0.0298-((17/12)*0.00346).

FAQ

What is Minor Diameter of External Thread given Height of Fundamental Triangle?
Minor Diameter of External Thread given Height of Fundamental Triangle formula is defined as the diameter of the imaginary co-axial cylinder that just touches the base of an external thread and is represented as dc = d-((17/12)*H) or Minor Diameter of External Thread = Major Diameter of External Thread-((17/12)*Height of Fundamental Triangle). The Major Diameter of External Thread is the diameter of the imaginary co-axial cylinder that just touches the crest of an external thread & Height of Fundamental Triangle is the height of the thread when the profile is extended to a sharp vee form.
How to calculate Minor Diameter of External Thread given Height of Fundamental Triangle?
Minor Diameter of External Thread given Height of Fundamental Triangle formula is defined as the diameter of the imaginary co-axial cylinder that just touches the base of an external thread is calculated using Minor Diameter of External Thread = Major Diameter of External Thread-((17/12)*Height of Fundamental Triangle). To calculate Minor Diameter of External Thread given Height of Fundamental Triangle, you need Major Diameter of External Thread (d) & Height of Fundamental Triangle (H). With our tool, you need to enter the respective value for Major Diameter of External Thread & Height of Fundamental Triangle and hit the calculate button. You can also select the units (if any) for Input(s) and the Output as well.
How many ways are there to calculate Minor Diameter of External Thread?
In this formula, Minor Diameter of External Thread uses Major Diameter of External Thread & Height of Fundamental Triangle. We can use 1 other way(s) to calculate the same, which is/are as follows -
  • Minor Diameter of External Thread = Major Diameter of Internal Thread-(1.227*Pitch of threads)
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