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J@MOHRC
12.5˜
6.25\˜
5\`
The result is:
To find the values of the stresses corresponding to a rotation of 35
angle of the stressed particle, we use:
$š
@TRACE @(x,y)@.
Next, press ™ until you read
(1.63E0, -1.05E1), i.e., at
An input form for the Mohr's circle program
For a fancier way to input data, we can replace sub-program INDAT, with the
following program that activates an input form:
« "MOHR'S CIRCLE" { { "σx:" "Normal stress in x" 0 }
{ "σy:" "Normal stress in y" 0 } { "τxy:" "Shear stress"
0} }
{ } { 1 1 1 } { 1 1 1 }
With this program substitution, running @MOHRC will produce an input form as
shown next:
Start program PRNST
Enter σx = 12.5
Enter σy = -6.25
Enter τxy = -5, and finish data entry.
Clear screen, show PICT in graphics screen
To move cursor over the circle showing
= 35. The corresponding coordinates are
o
, σ'
= 1.63 kPa, and σ'
= 35
xx
INFORM DROP »
o
in the
and (x,y)
= -10.5kPa.
yy
Page 22-40
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