| CMD15
Design Tool (Download Item) |
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$180.00
($90.00 for CA and
NV Firms)
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CMD15
Concrete
Masonry
Design
Computer Aided Design
of
Reinforced Concrete
and Clay Masonry
Elements
in Accordance with
the
2013 Building Code
Requirements for
Masonry Structures
(and other current
building codes)
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| CMD15
is the seventh generation
of the CMD series
of programs for the
structural design
of reinforced concrete
and clay masonry elements.
CMD15 is a 32 bit
Windows (Win32) based
series of modules
which run under the
Windows Vista, Windows
7, Windows 10 or equivalent
operating systems.
The strength and working
stress design modules
have provisions for
nine design codes,
the 2010, 2013 and
2016 California Building
Code, the 2008, 2011
and 2013 TMS 402/ACI
530/ASCE 5 Building
Code Requirements
for Masonry Structures
and the 2009, 2012
and 2015 International
Building Code.
CMD15 is divided
into nine program
modules:
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are five programs
for strength
design |
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Strength
Design of Walls
for Out-of-Plane
Loads (SDOOPL):
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Strength design
of masonry walls
subjected to
axial compression
and out-of-plane
loadings, including
out-of-plane
flexure and
shear. |
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| Strength
Design of Walls
for In-Plane
Loads (SDIPL): |
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Strength design
of masonry walls
subjected to
axial compression
and in-plane
loadings, including
in-plane flexure
and shear. |
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| Strength
Design of Beams
(SDBEAM): |
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Strength design
of masonry flexural
elements subjected
to single axis
bending and
shear loadings.
The program
also includes
the procedures
of 1997 UBC/2001
CBC Section
2108.2.6 for
the design of
beams which
are part of
a moment resisting
wall frame. |
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| Strength
Design of Piers
(SDPIER): |
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Strength design
of masonry beam-column
elements subjected
to axial compression
and in-plane
loadings, including
in-plane flexure
and shear. The
program also
includes the
procedures of
1997 UBC/2001
CBC Section
2108.2.6 for
the design of
piers which
are part of
a moment resisting
wall frame. |
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| Strength
Design of Columns
(SDCOL): |
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Strength design
of masonry beam-column
elements subjected
to axial compression,
biaxial bending,
and shear. |
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| There
are four programs
for working
stress design
based on the
allowable stresses
in masonry.
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| Working
Stress Design
of Walls for
Out-of-Plane
Loads (WSDOOPL):
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Working stress
design of masonry
walls subjected
to axial compression
and out-of-plane
loadings, including
out-of-plane
flexure and
shear. |
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| Working
Stress Design
of Walls for
In-Plane Loads
(WSDIPL): |
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Working stress
design of masonry
walls subjected
to axial compression
and in-plane
loadings, including
in-plane flexure
and shear. |
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| Working
Stress Design
of Beams (WSDBEAM):
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Working stress
design of masonry
flexural elements
subjected to
single axis
bending and
shear loadings.
Axial loads
are not considered.
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| Working
Stress Design
of Columns (WSDCOL):
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Working stress
design of masonry
beam-column
elements subjected
to axial compression,
biaxial bending,
and shear. An
axial load versus
moment capacity
diagram is generated.
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The programs operate
using a simple menu
structure which
allows for the ease
of entering data
and reviewing and
printing the output.
The programs also
contain various
'flags' which warn
the user when certain
code provisions
are not being satisfied.
The output contains
data required to
substantiate the
design of a reinforced
concrete or clay
masonry element
in a format that
is suitable for
submittal to a building
department or other
authority.
When the user is
interested in designing
an element in accordance
with strength design
procedures, the
user must always
input an amount
of reinforcement,
the size of the
masonry element
and the loading
condition.
When the user is
interested in designing
an element in accordance
with working stress
procedures, two
options are available.
For both options,
the user must input
the size of the
masonry element,
the loading condition
and whether special
inspection is required.
For the first option,
if the user does
not input any reinforcement,
the program calculates
the required reinforcement
if a solution exists.
For the second option,
the user inputs
an amount of reinforcement
and the program
calculates the corresponding
stress ratio.
Funding for the
development and
verification of
CMD15 was provided
by the Concrete
Masonry Association
of California and
Nevada (CMACN).
The CMD15 software
package requires
a personal computer
(PC) with a minimum
800 MHz processor
with Windows Vista/Windows
7/Windows 10 or
compatible operating
system. The programs
are available from
CMACN for a nominal
fee. |
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| Do
You Qualify
for a 50% Discount?
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| Professional
design firms in California
and Nevada may receive
up to a 50% discount
on CMACN publications
and computer programs.
All listed prices
exclude applicable
taxes, shipping and
handling. |
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When
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to Cart" or "View
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| Typical
Masonry Details AutoCAD/PDF |
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Free
Download |
| An
electronic collection
of 43 masonry details
in AutoCAD format,
which can be modified
by a professional
engineer for incorporation
into construction
documents. The collection
includes details of
masonry attachment
to foundations, concrete
floors, steel framing,
glulam beams, and
plywood Web I joists,
as well as standard
reinforcing and control
joint details. PDF’s
of the details are
also included. |
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