System Modeling
CAESAR II’s ease of modeling piping
and additional supporting steel
systems revolutionizes the way pipe
stress engineers approach flexibility
analysis. The architecture, speed and
responsiveness of its innovative mod-
eling tools greatly reduce modeling
time of typical jobs, from hours to
just minutes.
Context-sensitive Input Screens
The program’s intuitive modeling
dialogs and menus place the most
frequently used features up front
while the less frequently used capa-
bilities are just a click away. Plus,
CAESAR II allows you to build your
input screen your own way—using
only the fields that you want to see.
This ensures that you are not distract-
ed by complex screens or confusing
and redundant options. You see only
what you want to see, when you
need to see it.
Interactive Graphics
CAESAR II’s interactive graphics allow
the editing of one or more elements
by selecting them directly from the
model. Additionally, the model view
allows you to walk around your fully
rendered model. System representa-tions can be adjusted to single-line...
CAESAR II’s ease of modeling piping
and additional supporting steel
systems revolutionizes the way pipe

stress engineers approach flexibility
analysis. The architecture, speed and
responsiveness of its innovative mod-
eling tools greatly reduce modeling
time of typical jobs, from hours to
just minutes.
Context-sensitive Input Screens
The program’s intuitive modeling
dialogs and menus place the most
frequently used features up front
while the less frequently used capa-
bilities are just a click away. Plus,
CAESAR II allows you to build your
input screen your own way—using
only the fields that you want to see.
This ensures that you are not distract-
ed by complex screens or confusing
and redundant options. You see only
what you want to see, when you
need to see it.

Interactive Graphics
CAESAR II’s interactive graphics allow
the editing of one or more elements
by selecting them directly from the
model. Additionally, the model view
allows you to walk around your fully
rendered model. System representa-tions can be adjusted to single-line...
Extensive Restraint Types
CAESAR II comes with a wide selection
of restraint types that can be used
individually or in combination to
provide the most complete set of
boundary conditions of any analysistool on the market.
CAESAR II comes with a wide selection
of restraint types that can be used
individually or in combination to
provide the most complete set of
boundary conditions of any analysistool on the market.
• Anchors
• Spring Hangers
• Imposed displacements
• Translational restraints
• Rotational restraints
• Snubbers
• Guides and limit stops
Restraints may be modeled with a
full range of linear and non-linear
characteristics such as user-defined
stiffness, connecting nodes (for nodal
interdependence), friction, gaps,
single-directionality, bi-linear stiffness,
large rotation angle constraints, etc.
• Spring Hangers
• Imposed displacements
• Translational restraints
• Rotational restraints
• Snubbers
• Guides and limit stops
Restraints may be modeled with a
full range of linear and non-linear
characteristics such as user-defined
stiffness, connecting nodes (for nodal
interdependence), friction, gaps,
single-directionality, bi-linear stiffness,
large rotation angle constraints, etc.
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