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Training
SAM is a tool
that has been developed expressly for bridge engineers, and so in
general it is intuitive and easy to learn either through training
yourself, or on a structured training course.
Self Training
For
self-training, there are several points of assistance:
The
demonstration program.
This gives an
excellent overview of how SAM tackles its various tasks, and
leads you through a standard sequence of events. The objectives
of this are that you become familiar with the new system without
having to work "blind"; that it can be done "off-line" (say, at
home); and that you can follow the demonstration step-by-step. If
you do not have a copy of the demonstration program, please ask
for one: it is freely available and is easily copied for your
colleagues.
You will find the
manuals in the sam directory as you will find the program file
SAM2000.exe, normally in C:\Program Files\SAM\SAM. They are called
"samus.pdf" (sections and girders) and "samsus.pdf" (analysis).
Each is about 350 pages in length and you can print off a hard copy.
At the back of the manuals there are a number of examples for you
to work through.
Context sensitive
help messages are available for each data entry screen and each
data entry field within the screen.
We are available
during normal office hours to answer your queries no matter how
little or large. You may contact us by phone, fax, letter or
email. We want you to gain maximum satisfaction from using SAM,
and will do our best to assist you.
Training Courses
Most customers
are able to become conversant with SAM by using the tools above.
However additional training is highly beneficial:
- When you need in-depth
appreciation of the finer points of SAM: even our "expert" users
have commented on the value they have derived from our
courses.
- When you have licensed SAM for a
fast-track project, and there not sufficient time for self
training: our "hands-on" approach has you up and running in short
order.
- When you have taken on new
engineers, and they need to learn SAM quickly.
- When you have licensed many SAM
modules, and there is just not enough time to learn about all of
them by yourself.
For these reasons
training courses for each module are available. They take place
at your offices on your equipment, for up to eight people at a
time. The duration is variable in units of a day (a day could
cover most of the Sections modules and two Beams modules, or just
the Refined Analysis modules). The modules to be covered by a
course are agreed with you in advance.
The emphasis of
the courses is always "hands-on" with an absolute minimum of
theory, since we have found that this is what our delegates have
valued most. Therefore it is best if you can supply a suitable
room and at least one computer per two delegates (and preferably
one computer each). We supply the presenter, the course notes and
sample problems on disk.
Back 
Training Course Modules
| CS.04 -- SAM
section design |
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| This module
describes how to perform section analysis using the SAM software
suite. It covers the definition of a wide variety of sections,
including voided slabs, non-standard beams and complex
multi-faceted sections. It also includes the calculation of
torsion properties and temperature gradient analysis. As well as
showing how to determine stresses and strains due to axial load and bi-directional
bending, it also shows derivation of interaction curves for any section. |
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| CB.01 -- Composite girder design |
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| This module
covers the process of designing composite girders in SAM. It
includes instruction on how to define material properties, beam
cross sections, soffit profiles, locations of compression flange bracing,
transverse web stiffeners and shear connectors, slab
reinforcement and construction stages. It also shows how to apply
loads to the girder and how to adjust the analysis parameters.
The module also describes the graphical and tabular results
produced by SAM. |
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| CB.03 -- Precast girder design |
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| This module
covers the process of designing a precast girder in SAM. It
includes instruction on how to define the beam cross section,
specify reinforcement, apply loads to the girder and how to
adjust the analysis parameters. It sets out the recommended
process for designing a girder, including when to debond or harp
tendons. It also describes the graphical and tabular results
produced by SAM. |
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| CA.06 -- Introduction to SAM integrated design and line girder
analysis |
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This course
particularly focuses on the integrated approach to
line girder analysis and girder design offered by SAM using graphical
data generation and processing facilities.
By the end of the module you will be able to generate line-girder
models using the graphical tools, incorporate SAM section and
beam data in an analysis, analyze for dead loads superimposed dead
loads and HL-93 moving load envelopes, incorporate distribution factors,
transfer analysis results to the design
modules and thus analyze most straightforward bridge
structures more quickly.
Previous attendance on either of courses CB.01 or CB.03 is a
pre-requisite for this course. |
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| CA.04 -- Introduction to SAM integrated design and refined
analysis |
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This course
on the integrated approach to
bridge grillage analysis and design offered by SAM using graphical
data generation and processing facilities.
By the end of the module you will be able to generate grillage
models using the graphical tools, incorporate SAM section and
beam data in an analysis, analyze for optimum load positions,
transfer analysis results to the design
modules using the integrated software and analyze very many bridge
structures more quickly.
Previous attendance on either of courses CB.01 or CB.03 is a
pre-requisite for this course. |
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| CA.08 -- SAM
integrated 3D live load optimizer |
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This module
describes how to use the integrated 3D live load optimizing
capability within SAM to optimize highway loads. The process
for generating influence surfaces is described, followed by
the use of the 3D live load optimizer to generate live loads
for the design details considered. The load cases,
compilations and envelopes that are automatically produced
by the 3D live load optimizer are also explained.
Previous attendance on course CA.04 is a
pre-requisite for this course. |
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| CA.00 -- Bridge Analysis Course |
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This
module describes how to perform bridge analyses using the SAM
software suite. It examines bridge deck types and their
behaviors. It also describes how to analyze grillages, how to
generate influence lines and surfaces, the application of vehicle
loads, vehicle load optimization and the interpretation of
grillage results. The module also gives an introduction to shell
finite elements. There is also an introduction to composite
analysis, non-linear analysis and the post-processing of
results.
Although this course uses SAM to illustrate its content, it is not
software specific, and is of value to all bridge
design engineers. |
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