ROLLING MIL PROGRAMS
Calculate linear weight from input data: groove
geometry and deformations parameters of a rebar.
The file drawing.pdf shows the meaning of input
and output labels.
applet
Calculate linear weight and Inertia moment of
some rolled shapes. The file drawings.zip shows
the meaning of input and output labels.
applet
Calculate spread, loads and other variables for 1
pass of basic grooves: box, round, oval and
rhombus. Allows choosing between several
methods of spread and load calculations.
applet
Calculate spread, loads and others variables for
a sequence of passes for basic grooves: box,
rounds, ovals and rhombus. The file
drawings.zip delivers all the information to fill the
blanks in the frames.
applet
Calculate force, torque and power for angles,
channels and I-beams. For channels and
beams, there is an option for two high or
universal stands.The file drawingLoads.pdf
shows the meaning of input and output labels.
applet
Displays the cooling curve of an angle in the
cooling bed, and the evolution of the
temperature difference between apex and the
legs tip.The drawing in coolingBedAngle.pdf
shows the meaning of input and output labels.
applet
home
Displays the quenching and tempering
temperature of a rebar after passing
through water cooling pipes. Graphics
or analitical output. The file
drawings.pdf shows the meaning of
input labels.
applet
Displays the cooling curve of a flat in
the cooling bed, and the evolution of
the temperature difference between
left and right side.The file drawing.pdf
shows the meaning of input and output
labels.
applet
Download
Source
source
download
Download
Source
Download
Source
Download
Source
Download
Source
drawing
drawings
drawings
drawing
drawingLoads.pdf
Download
source
Displays the cooling curve of a beam
in the cooling bed, and the evolution of
the temperature difference between
left and right flange.The drawing in
coolingBedBeam.pdf shows the
meaning of input and output labels.
Download
Source
drawing
drawing
drawings