Load Cases/ Combinations
Select
a desired load case or load combination. Click
to the right to enter new or modify existing load
combinations. (Refer to "Static Load Cases / Combinations")
Flexural Design
Select
to check the flexural design results for a shell.
Element: Display the
automatic design results using the internal forces calculated
at each node of the element.
Avg. Nodal: Display
the automatic design results using the average internal
nodal forces of the contiguous elements sharing common
nodes.
Element: Depending on
the selected option above (Element or Avg.Nodal), produce
the automatic design results for moments at each node
of the elements that define the shell.
Width: Depending on
the selected option above (Element or Avg.Nodal), produce
the automatic design results using the average of the
moments in the shell elements that contain the selected
node.
Top: Design top bars
for negative moments.
Bottom: Design bottom
bars for positive moments.
Both: Produce the larger
of the Top and Bottom bars.
Rebar (Dir.
1)
: Display
the shell
design results
for the reinforcing steel entered in Dir. 1.
Rebar (Dir.
2)
: Display
the shell
design results
for the reinforcing steel entered in Dir. 2.
Concrete
: Display
the shell design results for Concrete
Define the type of display
as follows:
Components
Membrane
Axial Force
Display
the axial
forces
per unit
width
of the
top/ bottom
layers of the sandwich model.
Membrane
Shear Force
Display
the
in-plane
shear
forces
per
unit width
of the
top/ bottom layers of the sandwich model.
Rebar
Stress
Display
the tensile
stresses
of reinforcement.
As_req(mm^2/m)
Display
the area
of the required reinforcement.
Rho_req
Display
the required
reinforcement
ratio.
Rebar Arrangement
Display
the
bar
spacing in contour,
which is
placed in
the plate
elements using
the standard bar
sizes
defined in the ‘Slab/
Wall/ Shell Rebars
for Checking’
menu.
Resistance Ratio
The
ratio of the design moment to the moment resistance when
the designed rebar spacing is applied.
Operations
: Produce the detail flexural design results
of shell elements in a text format.
: Produce the flexural design forces of shell
elements in a tabular format.
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