Determine the volume of a dished head.
T Head thickness, after forming Sp Spherical radius, internal Kr Knuckle radius, internal D Outside Head diameter Sf Straight flange
Internal diameter, id = D - ( 2 x T )
Head depth (less straight flange), Hd = Sp - Sqrt( [ ( Sp - Kr ) 2 - ( ( id /2 ) - Kr ) 2 ]
Knuckle, included angle = ArcSin( ( Sp - Hd ) / ( Sp - Kr ) )
Depth of Knuckle Section, H1 = Kr x Sin( Knuckle included angle )
Depth of Spherical Section, H2 = Hd - H1
Temporary variable, A = ( id / 2 ) - Kr
Temporary variable, B = Sqrt( Kr2 - H12 )
Diameter where spherical radius intersects the knuckle radius, D2 = id - ( 2 x Kr ) + ( 2 x B )
Volume1 = Pi x A x H1 x [ A + Sqrt( Kr2 - H12 ) ] + [ Pi x ( Kr2 ) x [ H1 + [ A x ArcSin( H1 /Kr ) ]] - [ ( Pi /3 ) x H13 ]]
Volume2 = H22 x Pi [ Sp - ( H2 /3 ) ]
Volume3 = [ ( id2 x Pi ) /4 ] x Sf ...volume contained in straight flange
Hv, head volume ( not including straight flange portion )
Hv = ( Volume1 + Volume2 ) /1000000
Total Head volume, mm² = ( Volume1 + Volume2 + Volume3 ) /1000000
The answer depends on the shape of the can. You can get thin tall cans, or wider short cans.
you dont
Calculate the percentage that a particular sector represents of the total value. Then the angle size is 3.6 times the percentage.
To answer this question more information is needed. What dimensions, what material, where is it fitted, how secure must it be, etc.
use an angle finder
The dish end formula is used to calculate the dimensions of a dish end or dished head, which is a type of pressure vessel closure. The formula helps determine the shape and dimensions of the dish end based on factors such as diameter, knuckle radius, and height. It is commonly used in engineering and manufacturing industries for designing pressure vessels.
1.24 times of diameter
Id+kr+2sf=blank size
To calculate the weight of a dish end, you would typically multiply the surface area of the dish end by the material density. The surface area can be calculated using mathematical formulas specific to the shape of the dish end (e.g., spherical, elliptical). Once you have the surface area, multiply it by the material density to get the weight.
There is not enough information to calculate the dimensions.
Calculating the radius of dish end size from the pressure vessel diameter is easy. All you have to do is add the blank radius by scaling the drawing from the side and you add five percent.
Measure the linear dimensions in cm and then calculate the area using the appropriate formula. or measure the linear dimensions in metres, calculate the area and mutiply by 10000 or measure the linear dimensions in millimetres, calculate the area and divide by 100.
The formula is the diameter of the dish plus t*x. That is what you will need to fabricate a dish end.
1 The dimensions of a house are very easy to calculate 2 It was a complicated situation having many dimensions.
to calculate square feet, you find the dimensions of a room and multiply them p.s. the dimensions have to be in feet p.s.s. the dimensions are the length and width of the room p.s.s.s. the length is sideways, and the width is up and down.
how to development of dish end in auto cad
Two,three