curso prático de iniciação ao tricalc
TRANSCRIPT
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Arktec
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FORMATION INITIATION COURSE TRICALC
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Presentation
Welcome to the Tricalc Initial Practical Course
Over 5 days, Arktec will hold the Tricalc Initiation Practical Course, with
the aim of allowing participating technicians to increase their training in
the use of the latest computer tools for modeling, calculating,
analyzing, detailing and presenting the project of structural stability
with the help of Arktec Tricalc software.
The training is taught by engineers from Arktec's Technical Department, a
company specialized in the development and technical support of Arktec
Tricalc software and will have a highly practical nature.
Associated with the initial explanation of the program's working environment
and its workflow, several exercises will be carried out with modeling of
concrete and steel structures.
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Practical Exercises
Welcome to the Tricalc Initial Practical Course
As mentioned, the Tricalc Initiation Practical Course will be held
with an increasingly practical nature, based on its structure in the
presentation, resolution and analysis of practical exercises of
increasing complexity.
The fifth day of training is based on the study of two very specific
types: scaffolding and light steel framing.
For more in-depth theoretical information, refer to the Tricalc
Initiation Course, present on the ARKTEC CHANNEL on
YouTube at www.youtube.com/user/arktecportugal
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Presentation Exercise 08
Carry out the screw connection shown
in the figure with the Tricalc
TConnect.2 module (see the main
connection characteristics in the
image).
12mm thick stiffners.
Penetration welding.
Apply to the column-beam connection,
in a 2-water roof industrial shed
generated with the pre-defined options
in the shed wizard (last model of the
Wizard initial list – see image).
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Connections in Steel Structures
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Presentation Exercise 04
Modeling exercises for simple panels,
panels with door and window openings,
reinforced panels, triangular,
rectangular and bench beams. Slab
modeling.
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Wizard Light Steel Framing
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Workspace
Menus
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‘Workspace and Visualization’ Presentation of the Tricalc program showing:
the Work Environment, the Menus, the Icon
Bars, the Sliding Windows, the Sliding
Listings, the use of the mouse and the
RENDER and WIRE mode of visualization of
the structural models.
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Workspace
Ribbon
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Workspace ‘Ribbon’ (i)
A new work environment was developed and
made available in Tricalc 11.0.
This new work environment is the natural
evolution of Tricalc based on the new
Microsoft Style Guide.
Thus, the new work environment, called ‘ribbon’
allows you to directly view available functions in
the ribbon.
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Workspace ‘Ribbon’ (ii) In this new work environment, the
number of 'clicks' needed to access a
function is reduced, since there is no
need to go through several levels of
menus until you find the desired
function.
Learning is also facilitated since the
functions are all visible on the
ribbon presented.
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Floating
Windows
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Floating Windows in Tricalc
Arktec, in the latest versions of Tricalc, has
implemented a series of floating windows to
the work environment, which have greatly
increased the productivity of the designer's
work.
The ‘Plans’, ‘Frames’, ‘3D View Filter’ and
‘Computation settings’ floating windows,
etc.… make the designer's work much
faster.
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Floating Window
‘Planes’ in Tricalc
The Tricalc ‘Plans’ window
allows you to quickly select the
plan you want to go to at any
time.
This window lists all the plans
existing in the structural model
but also plans created by the
designer (roofs, ramps, etc ...).
The window has icons for
generating new plans and for
editing or filtering the plans
listed there.
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Floating Window ‘Frames’
in Tricalc
Tricalc's ‘Frames' window allows you
to quickly select the frame you want
to go to at any time. In this window,
all the frames created, automatically or
by manual definition, by the designer
are listed .
'Frame' in Tricalc is a concept to
indicate a continuous beam
reinforcement plane.
The window has icons for generating
new frames and for editing or
filtering the frames listed there.
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The ‘3D View Filter’ Window
Tricalc's ‘3D View Filter’ window allows
the designer to have full control over
the information displayed in the work
area at any time.
With a very extensive list of structural
elements, materials and defined sets, it
is possible for the designer to
activate or deactivate the
representation of each of these
filters, leaving the structural model
with only the relevant elements for
each moment.
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Floating Window ‘Computation
settings’
Tricalc's 'Computation settings' window allows
the designer quick access to all general or
particular options that he has defined for
each typology or structural element.
This window also groups the options of
automatic pre-dimensioning and fire
proofing, which can be used by the designer.
When particular options are assigned to
some structural elements, another branch
will appear in the tree shown with the name
of the element.
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Floating
Listings
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Floating listings
At the bottom of the work area,
small cards are placed with the
listings requested by the
designer when working with
the program.
These listings can be instantly
consulted by the designer, just
by placing the mouse over its
name. The window will slide
showing the content of the
previously requested listing.
Once again, productivity and work
convenience for designers are
increased.
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Quick Access Toolbar
organization
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Quick Access Toolbar’
At the top of the Tricalc window
you will find the ‘Quick Access
Toolbar’ where you can place
the most used functions, in
the order you prefer.
The most important functions
of several ribbons can be
grouped so you don’t need to
switch between ribbons.
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Toolbar
organization
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Toolbars in Tricalc The Tricalc program has icons for
almost all of the program's
functions.
These icons are organized in bars
that can be placed on the desktop
as floating or anchored to one of
the edges.
The bars with the most used function
icons are those shown in the following
image and are activated with the right
mouse button. The 'Standard1' and
'Standard2' bars are the most
common. 'G.Workplanes and
Frames' is also very useful.
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Toolbars ‘Standard 1’ and ‘Standard 2’
‘Standard 1’ and ‘Standard 2’ toolbars allow designers to easily access commonly used functions, thereby increasing work
productivity. Examples of existing functions in this bar are the perspective view \ bounce, the render, the scales, the self-
centering, etc ... as shown in the image below.
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Toolbar ‘G.Workplanes and Frames’ The ‘G.Workplanes and Frames’ toolbar allows the
designer to interactively choose any workplan or view
of the structural model. It also allows you to activate
work on multiple planes simultaneously.
Examples of functions on this bar are horizontal plane by
one node, plane by 3 nodes, wall plane, plane at one
quota, activate multiple planes mode and disable work on
planes (view all the model).
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Ribbon
Organization
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Ribbon Organization in Tricalc
The Tricalc program display the functions in
ribbons organized in a very logical way:
‘Geometry’, ‘Loads’, Sections and
Databases’,‘ Computation’…
They are ribbons that immediately indicate
what the functions grouped there are for
(defining the geometry, define and aply loads
in the structure, pre-dimensioning,
computation, lists, graphs, drawings, help…
Ribbon Function
‘A’rktec button Access to functions for choosing regulations, units,
work preferences, import ...
Geometry Define the geometry of the structural model
Loads Load the structure with actions.
Sections and … Perform pre-dimensioning and manage Tricalc
databases
Computation Calculate the structure
Reports Get analytical results in listings and reports
Graphs Diagrams and graphics illustrating the behavior of
the structure.
Drawings Detailing of reinforcement in drawings and sheets.
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‘A’rktec button
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‘A’RKTEC Button (i)
The ‘A’RKTEC button, like other standard Windows programs,
groups functions for creating, opening, recording and closing
projects as well as their properties (comments, revision, etc.).
The Import function allows you to import structural models defined in
DXF or BIM / IFC. The ‘Compress and Extract functions allow
you to store structures with all their information, that is,
including the databases used. It is an ideal system for backups
and for sending structures to Arktec technical support. In the
Options function, you can store your calculation options so that you
can retrieve them later.
The ‘Costumize’ function allows you to choose Language,
Regulation, etc.
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‘A’RKTEC Button (ii)
Example of the dialog box that allows you to
store your options in customized files
and later retrieve them to another
structure.
It is also possible to recover options from
old structures \ files.
There is usually 1 ‘options’ file per structure
and 1 ‘general’ options file.
The information in the ‘general’ options file is
always a copy of the last structure used.
So, the next structure will have the same
options as the last structure that we created.
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Geometry
Ribbon
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GEOMETRY ribbon (i)
The GEOMETRY ribbon is divided into two sections: ‘Geometry’ and ‘Edition’.
It is the one that is used when we intend to introduce or modify some structural element (for example to introduce a shoe).
This ribbon has functions for generating structures through wizards followed by functions for the introduction or
modification of all existing structural elements.
There is also a ‘Geometry Check’ function that allows you to check, simply and interactively, the coherence of the structural
model.
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GEOMETRY ribbon (ii)
The EDITION section, which is common in Windows programs, allows you to use functions that are very useful in daily work, such
as the Revert and Repeat functions (to cancel out any mistakes, for example) and the Copy and Paste functions that allow you
to copy and paste one or more structural elements between structures or within the same structure.
The Symmetry function is also very useful for structures that have some type of symmetry or to generate structures of semi-
detached houses, for example (thus avoiding the definition of a new structure).
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Structural ELEMENTS (objects)
The GEOMETRY ribbon includes a section inside
only for the introduction \ modification of structural
elements in our structural model.
So, to enter ‘Footing’ just go to the ‘Footing \ New
isolated footing...’ icon.
This is always the working method:
look for the structural element you want to
introduce or modify, and there will be a
function that suits what you want.
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Loads
ribbon
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Loads ribbon Hypotheses and Load Types
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Hypotheses and Load Types
Tricalc has more than 24 hypotheses of
actions that can be introduced simultaneously
in the structural model (permanent, live loads,
wind, earthquake, accidental, furniture,
temperature, snow, etc ...).
Tricalc also has more than a dozen different
types of actions that can be introduced
(punctual, continuous, discontinuous,
superficial, earthquake, wind, moment,
settlement, etc ...)
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Loads ribbon Most useful functions
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LOADS ribbon
In the ribbon ‘Loads’ in Tricalc are located
the functions that allow viewing,
introducing and modifying the actions on
the structural model.
Despite being a ribbon with many functions,
there are 3 that are the most used:
• 'Loads \ Options… '
• 'Loads \ Definition'
• 'Loads \ Modify‘ group
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Loads\Options
Loads\Definition
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Loads ribbon Load Combinations
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Loads \ Options… It is the function of the Tricalc program
where the combinations of actions to be
performed by the program are defined.
Combinations of actions can be ‘Automatic’
or ‘Explicit’.
For both cases, it is possible to define the
increase factors and the combination
coefficients.
The use of ‘Automatics’ is recommended to
ensure that all combinations required by
regulation are carried out.
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Load Combinations The Tricalc program allows the use of
automatic combinations, pre-programmed
according to the chosen standard, and
explicit combinations, in which the designer
defines the combinations to be carried out by
the program.
Normally, in Tricalc, automatic combinations are
chosen because they are already correctly
defined and there is no danger of not
considering any combination that may be
conditioning.
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Load
Combinations
options
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Loads ribbon Loads definition and introdution
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Loads \ Definition… It is the function of the Tricalc
program where the load we want to
assign to a particular element of
the structural model is chosen,
whether it be in bars, nodes or
planes (slabs and walls).
The dialog box that appears allows
you to introduce any type of load
interactively.
General axes (most cases) and
main axes can be used in defining
actions.
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Loads introducing…
Explanation of the types of loads possible
to be introduced with the Tricalc program.
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Loads ribbon Other important functions
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Other important functions ‘Loads \ Modify’ group allows you to edit the loads entered in bars, nodes or plans.
‘Loads \ Drawing sections’ allows you to select the type and hypothesis of load to be displayed in the structural model
‘Loads \ Links’ allows you to view the loads linked to the wind and flat slabs loads panels.
‘Loads \ Seismic response spectra' allows to define and select response spectra for seismic analysis when a generic earthquake
is chosen.
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Sections and Databases
ribbon
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Sections and Databases ribbon (i)
In the ribbon 'Sections and Databases' of Tricalc are located the functions that allow viewing, introducing and modifying the
sections on the structural model.
The 'Sections and Databases' ribbon also contains the databases of structural elements such as members(bars), slabs, walls,
blocks, terrains, insulators, etc. There is also the possibility to perform an automatic pre-dimensioning of the bars.
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Sections and Databases ribbon (ii)
The most used functions in the 'Sections and Databases' ribbon of Tricalc are shown in the image.
‘Sections… \ Define section…’ allows you to choose a section manually and assign it to any bar.
'Sections… \ Automatic' performs an automatic pre-dimensioning, based on the options defined by the designer, taking into
account loads, spans and areas of influence.
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‘Sections… \ Define section…’ ‘Sections\Define section…’ allows you to choose a section manually and assign it to any bar.
You can also use the ‘Capture>>’ button to define a section equal to that of the bar you select and then assign it to other bars.
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'Sections…\ Automatic' In the floating window 'Computation options' we
can define parameters for the pre-dimensioning
that the program will perform (minimum
dimensions, increments, etc.).
The program will perform the pre-dimensioning
according to the loads, spans and areas of
influence, respecting the indicated parameters.
It is possible to define particular pre-
dimensioning options for members, groups,
frames and floors.
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'Sections… \ Reassign…' If we change a material parameter
(for example the 'E' - modulus of
elasticity) it is necessary to
'Reassign' the sections with the new
E modulus of elasticity) using the
function 'Sections…\ Reassign'.
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'Sections and Databases' ribbon In the ribbon 'Sections and Databases' we
have access to the Tricalc databases.
It is possible to view and edit the databases
of sections, prefabricated slabs, fire insulators,
soils, concrete blocks, bricks, thermal clay
blocks, etc ...
Although they are little used functions, we will
analyze their functioning so that we can
understand their organization and functioning
mechanics and introduce or modify elements.
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‘Sections… \ Sections Properties …’ (i) The ‘Sections... \ Sections Properties \ Sections Properties…’ function allows you to access the member\bar section database
and add new sections in a very simple way. To add a new section to the database, we select a section from the same series and
ask to see its data (see the icons to be used in the next image).
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Short Consoles and Variable Inertia Elements
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'Sections…\ Rotate (\Show or \Draw)’ In ‘Sections… \ Draw \ Section’ it is possible to
activate the representation of a section cut attributed
to the bar or slab beam. This representation is always
placed on the lowest numbered node. It is also possible
to request the representation of the section cut +
slab, where the representation of the slab is added.
In ‘Sections… \ Rotate \ Ângle…’ you can rotate the
section of bars by a certain angle. This function is used
to rotate columns, for example.
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Computation
ribbon
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COMPUTATION ribbon In Computation it is possible to find all the functions that allow to define the calculation options,
general or particular, for the efforts of the structure and for the dimensioning and \ or verification of
sections and bars.
The floating 'Computation Options' window allows you to access all the definition boxes for
calculating, sizing and verifying Tricalc options in an organized way.
The ‘Materials’ function allows you to define the materials to be used in the structure.
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Reports
ribbon
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REPORTS ribbon In Listings, Graphs and Drawings we find the functions that allow, in a simple way, access to lists and reports, graphs and
diagrams and details of structural elements.
In Graphs we have access to a huge range of graphics capable of allowing us to better understand the behavior of the structure.
In Drawings we have access to the details of the dimensioning of structural elements and drawings of the plans.
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Tools
ribbon
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TOOLS ribbon It is the ribbon where are all the tools that do not fit in the previous ribbons and that ‘help’ work with the program. Special emphasis
on the functions Import DWG / Raster for import and management of architectural DWG, Render for the solid visualization of the
structure, Screen settings for activating the emergent labels that greatly facilitate the reading of results of the structure.The
Display \ Coupling Windows function allows you to activate \ hide the floating windows of the program.
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KEY CONCEPTS
AND FUNCTIONS
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Display Modes of
the Structural Model
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Model View Modes When working with the Tricalc program,
it is always possible to view the
structural model in RENDER, WIRE or
RENDER + WIRE mode.
The RENDER mode allows the designer
to always keep in mind the volumetry of
the elements that he defined for his
structural model.
The WIRE mode has all the information
that originated the model and allow edit.
It's always recommended to work in
RENDER+ARAME view.
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Mouse Usage and
Shortcut Keys
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Mouse utilization in Tricalc
Knowing how the mouse works in Tricalc allows
the designer to fully master the perspective and
‘zoom’ of visualization he wants at each moment.
With the mouse wheel and the ‘Shift’ and ‘Ctrl’
keys it is possible to ‘zoom’ over any part of the
structure, rotate it up, down, left, right and
dynamic ‘pan’.
The use of the mouse allows the designer to
control the visualization of his model instantly, with
total freedom.
Mouse element Action Function
Left Button Click Capture (snap) one node, point or structural
element existent
Left Button Pressed ‘Orbit’ fuction (rotate and move the structure)
Right Button Click Capture (snap) any point of the active plan
Wheel Rotate Dynamic ZOOM on the point where the cursor is
placed
Wheel Shift KEY Rotate the structure up and down (shift is a
vertical arrow)
Wheel Control KEY Rotate the structure left and right
Wheel (pressed) Move MOUSE Moving the mouse with the wheel pressed
realize a PAN move
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The main Hotkeys on the Tricalc
The knowledge of the shortcut keys of any program allows the
user to be more productive in his work. Tricalc has several
shortcut keys defined and it is also possible to manually define
more shortcut keys.
Regarding an initial use of the program, we leave here the
indication of the most used access keys in Tricalc.
In the program's own functions, there is an indication of the
respective shortcut.
Keys Function
F1 e F2 F1 On\Off the member\bar numeration view
F2 On\Off the joint\node numeration view
F5 e Shift+F5 F5 On\Off the loads view
Shift+F5 Show the ‘Loads\Definition…’ dialog box
F6 e Shift+F6 F6 On\Off the section name view
Shift+F5 On\Off the member\bar cross-section view
F10 e Shift+F10 F10 Up one floor\quota
Shift+F10 Down one floor\quota
Backspace Call back the last used function
Ctrl+D Quit from plan view to all structure view
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The Axes in Tricalc
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General Axes: Geometry and Loads
In Tricalc there are 3 types of axes: general, main and
local.
The ‘General Axes’ are related to the definition of
geometry (they represent the three-dimensional space
where the structure develops) and to the direction of
the applied loads.
The ‘Main Axes’ are related to the representation of
efforts (forces and moments) in structural elements.
The ‘Local Axes’ are most for internal use of Tricalc,
not needed to the user. It represents the rotation of a
section, but, for the user, it’s enough to know how to
assign rotations angles to the sections. Orientation of ‘General Axes’ in perspective and in plan
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General Axes
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Principal Axes: Efforts in Bars
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Curso Prático de Tricalc - Cabo Verde 2014
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Geometry
Verification
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Practical Initiation Course Tricalc 81
Geometry Verification
The Tricalc program has an extremely
powerful and interactive function for
checking the consistency of the model
introduced.
The ‘Geometry \ Check’ function allows
you to obtain a list of ‘Errors’ and
‘Warnings’ for the model.
The ‘Errors’ and ‘Warnings’ can be
easily located using the marked icon
(magnifying glass).
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The Groups\Sets
in Tricalc
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Practical Initiation Course Tricalc 83
The Sets inTricalc
The Tricalc program has an
extremely powerful and interactive
function to optimize the work with
the slab members and beam
elements of the structure.
The ‘Sets’ function allows you to
create groups of slab members
or beams.
The use of ‘Sets’ allows you to
quickly manipulate various
characteristics very quickly.
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The Positioning of
Structural Elements
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The Positioning of Structural Elements Any structural element can have its position modified in
relation to its axis.
For this purpose we use the function ‘Geometry \
Member \ Cross-section Position’. Similar functions
exists for ‘Bearing Wall’, ‘Basement Wall’, ‘Base Plate’,
etc.
In the case of bars, positioning can be carried out with
the represented dialog box.
Click on the bar with the left button (select) and click
with the right button to change the positioning of the
section. ‘Adjust’ button allows for the selection of lines
and points in DWG reference draws.
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Program Preferences (Costumize) The Tricalc program has the ability to work in
several languages, regulations, types of bars
and unit systems.
The ‘Arktec Button \ Costumize…’ function
gives you access to the project preference
definition sheets.
Tricalc supports several regulations, being
able to choose this option under ‘Regulation’.
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METHODS OF
DEFINING GEOMETRY
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Methods of Defining Structures (i) Tricalc provides a number of methods for defining
structures. Let's look at some of the most used
ones.
Importing 3D DXF allows you to generate a
structure of bars (columns, beams and
diagonals) from lines in a DXF drawing carried out
in a CAD program.
The DXF 3D file is imported in ‘Arktec button \
Import \ 3D-DXF’.
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Methods of Defining Structures (ii)
Tricalc provides a number of methods for
defining structures. Let's look at some of the
most used ones.
The importation of drawings in DWG allows
to use plans, elevations and sections of the
architecture of a building as a reference for
the introduction of the structural model.
The importation of drawings in DWG takes
place in ‘Tools \ DrawingRaster \ Drawing…’.
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Methods of Defining Structures (iii) Tricalc provides a number of methods for
defining structures. Let's look at some of the
most used ones.
Importing BIM models allows you to generate
a structure from the three-dimensional model
of architectural BIM programs.
The IFC file is imported in ‘Arktec(button) \
Import \ BIM Model \ Open…’.
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Methods of Defining Structures (iv) Tricalc provides a number of methods for
defining structures. Let's look at some of the
most used ones.
The ‘Industrial Shed’ and ‘3D Grid’ functions
allow you to generate structures with
Tricalc’s Wizards.
The ‘Industrial Shed’ and ‘3D Grid’ functions are
found under ‘Geometry \ Wizards…’
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EXERCISE 01
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Use of the Industrial Shed Wizard (2
waters roof) to create the Industrial Building
represented:
9 Frames (250cm and 500cm spaced)
Frame not symmetrical (800cm and 400cm)
English Truss (with 4 divisions + 2 divisions)
Column height at truss beginning (50cm)
Purlins in the truss joints
Bracings in between frames (see image)
Wind Dinamic Pressure (1.2kN/m2)
Wind Eolic Coefficients (0.7;0.5;0.2)
Standards EC3 and EC0
Height in between
upper and lower
chord 50cm
Wizard Indutrial Shed…
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Step 01
Use of the Industrial Shed Wizard (2 waters
roof) to create the Industrial Shed represented.
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Step 02
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Use of the Industrial Shed Wizard (2 waters
roof) to create the Industrial Building
represented.
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Step 03
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Use of the Industrial Shed Wizard (2 waters
roof) to create the Industrial Building
represented.
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Step 04
97
Use of the Industrial Shed Wizard (2 waters
roof) to create the Industrial Building
represented.
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Step 05
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roof) to create the Industrial Building
represented.
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Step 06
99
Use of the Industrial Shed Wizard (2
waters roof) to create the Industrial
Building represented.
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Step 07
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Use of the Industrial Shed
Wizard (2 waters roof) to
create the Industrial Building
represented.
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Step 08
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Use of the Industrial Shed
Wizard (2 waters roof) to
create the Industrial Building
represented.
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Step 09
102
Use of the Industrial Shed
Wizard (2 waters roof) to
create the Industrial Building
represented.
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Step 10
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Use of the Industrial Shed
Wizard (2 waters roof) to
create the Industrial Building
represented.
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Concluded
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Use of the Industrial Shed
Wizard (2 waters roof) to
create the Industrial Building
represented.
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RESULTS Listings, Graphs and Drawings ribbons
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Results
Tricalc provides a series
of methods for analyzing
the behavior of the
structure, such as
listings, reports and
graphs.
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Results
In addition to the information
made available through these
methods, Tricalc also allows
the design of
reinforcements, which also
results in reinforcement
detailing, drawings of plans
and elevations and project
sheets with the composition
of reinforcements and
designs.
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Results\Listings Tricalc listings can be generated in 'Short' or
'Complete' format by ‘Load hypotheses' or by
'Combinations'.
Usually the ‘Complete / By Hypothesis’ listing
is used more to analyze the structure.
Results\Reports Tricalc 'Reports' can be generated in 'Full‘ or
‘Custom’ format. They are much more
organized documents than the 'Listings'. They
can be saved in DOCx and PDF format.
In the ‘Customized’ format, it is possible to
choose which chapters will be part of the
report.
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Results\Drawings The results of the design of structural elements
in Tricalc can be found in ‘Drawings'.
In ‘Reinforcement' we find the details of
Tricalc elements in frames, tables or
individually.
In ‘Drawing’ we find the details of horizontal
(floor plans), vertical (walls) and inclined
planes. Here we find the reinforcement of the
resistant slabs and walls, for example.
In ‘Steel’ the drawings related to steel elements.
In ‘Composition Sheets’ we find the
necessary functions for organizing
drawings on project sheets.
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Aditional verifications
recommended (i) When the calculation, verification and
dimensioning windows appear with the information
that there are no more errors, it must be taken
into account that the analysis of deflections
and buckling in bars is being performed by a
bar of the computer model, which may not
correspond to the real model.
It is therefore advisable to check whether the
buckle and the deflection need to be
recalculated with other options or tools of Tricalc
(‘Reports \ Listings \ Steel \ Deflections’ and
‘Deflections between two points’ for example).
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Aditional verifications (ii) Also in solid slabs, waffle slabs, etc. it is
necessary to check the deflection manually,
since the program is unable to know between
which points to perform this check. For this
purpose there is the function 'Computation \
Solid slabs ... \ Displacements'.
It is equally important, throughout the structure,
to verify that the absolute displacements are
compatible with the requirements of the project.
For this purpose, the displacement graph for the
bars and nodes and the isovalues graph for the
slabs are a fundamental help.
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Drawings \ Automatic Tricalc has the ability to
automatically distribute the
detailing of concrete reinforcement
elements and plans drawings on
project sheets with frames, margins,
folding marks and automatic legend.
The function 'Composition \
Automatic' allows the automatic
distribution of plan drawings and
concrete reinforcement detaillings
according to the chosen settings
(especially in 'Composition',
'Reinforcements' and 'Drawings').
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114
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EXERCISE 03
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Practical Initiation Course Tricalc 116
Carry out the screw connection shown
in the figure with the Tricalc
TConnect.2 module (see the main
connection characteristics in the
image).
10mm thick oblique rigidifiers.
Penetration welding. Apply to the
column-beam connection, in a 2-water
roof industrial shed generated with the
pre-defined options in the shed wizard
(last model of the Wizard initial list).
Connections in Steel Structures
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Tricalc LSF Light Steel Framing Wizard
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Exercise 04.01 Vertical Panel - Simple Rectangular
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Lenght: 5,00m
Height: 3,00m
Horizontal spacings: 0,60m
Vertical spacings: 1,20m
Perfis Verticais: C100x1.5
Perfis Horizontais: C100x1.5
Exercise 04.01
Vertical Panel - Simple Rectangular
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Exercise 04.01 Resolution Step 01
Practical Initiation Course Tricalc 120
Create a new project in Tricalc
called ‘LSF Exercise 01’.
Insert the coordinates with
the image values in ‘Geometry
\ Wizards \ 3D Grid’
Go to ‘Geometry \ Light
Frames (LSF) \ Define Frame’
Choose ‘Rectangular Panel’
in ‘mm’ or ‘cm’ as you wish.
Create panels according to Xg
with 5000mm and according to
Zg with 4800mm).
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1. Define the pre-dimensioning of the Rectangular Panel (step 01 of the Wizard)
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Exercise 04.01 Resolution Step 02
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Practical Initiation Course Tricalc 122
Exercise 04.01 Resolution Step 03
Define the dimensions of
the Panel and spans
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Practical Initiation Course Tricalc 123
Exercise 04.01 Resolution Step 04
Define the type of the
elements in the Panel
(simple\double and ‘C’ or ‘D’
orientation).
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Define where are the
Horizontal, Vertical and
Diagonal segment bars.
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Exercise 04.01 Resolution Step 05
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Insert the Panel into (0;0;0)
with insertion point in the
outside of the section.
Export to database.
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Exercise 04.01 Resolution Step 06
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Practical Initiation Course Tricalc
Insert Panel according to the image
(button left mouse over existing nodes).
Repeat the process on the parallel facade.
126
Exercise 04.01 Resolution Step 07
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Exercise 04.01
Concluded
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Exercise 04.02 Simple rectangular beam
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Lenght: 5,00m
Height: 0,40m
Spacing’s: 0,60m
Vertical Profiles: C100x1.5
Horizontal Profiles: C100x1.5
Diagonals Profiles: C100x1.5
(see image)
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Exercise 04.02
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Go to ‘Geometry \ Light
Frames (LSF) \ Define
Frame…’.
Choose ‘Triangular or
Rectangular Beam’.
Enter ‘mm’ or ‘cm’ and click
‘Accept’.
Fill in the ‘Pre-dimensioning’
(see image).
Practical Initiation Course Tricalc 130
Exercise 04.02 Resolution Step 01
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Practical Initiation Course Tricalc
Select 'Rectangular' beam type. Enter a height of 400mm and a length of 5000mm.
Fix span length to 600mm. Confirm span lengths and profile orientation. Insert diagonals in all gaps and
orient them according to the image.
131
Exercise 04.02 Resolution Step 02
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Practical Initiation Course Tricalc
Identify the beam as VR-01. Set the insertion point indicated in the image.
Write description text and export to our database. Insert beam in the vertical plane.
Insert the beam according to the images (pay attention to the point where the beam is inserted).
132
Exercise 04.02 Resolution Step 03
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Make “Geometry \ Copy” and click on the rectangular beam to select it.
Press the 'Esc' key to end the selection and indicate the insertion point with the left mouse button.
Practical Initiation Course Tricalc 133
Exercise 04.02 Resolution Step 04
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Practical Initiation Course Tricalc
Paste the rectangular beam at the
point marked in the image.
134
Exercise 04.02 Resolution Step 05
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Concluded
Exercise 04.02 Resolution Simple rectangular beam
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Exercise 04.03 Simple triangular beam
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Length: 5,00m
Minim height: 0,20m
Maxim height: 0,60m
Spacing's: 0,60m
Vertical Profiles: C100x1.5
Horizontal\Inclined Profiles: C100x1.5
Diagonals: C100x1.5 (see image)
Practical Initiation Course Tricalc 137
137
Exercise 04.03
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Practical Initiation Course Tricalc
Go to ‘Geometry \ Light Frames (LSF) \ Modify Frame… and click on the rectangular beam.
Change the beam data according to the following images (2nd and 3rd step of the wizard).
Repeat for the other rectangular beam.
138
Exercise 04.03 Resolution Step 01
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Practical Initiation Course Tricalc 139
Exercise 04.03 Resolution Step 02
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Practical Initiation Course Tricalc 140
Exercise 04.03 Resolution Step 03
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Concluded
Practical Initiation Course Tricalc 141
Exercise 04.03
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Exercise 04.04 Modify Panel for Window
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Exercise 04.04
Modify panel for introducing a Window
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Go to ‘Geometry \ Light
Frames (LSF) \ Modify
Frames… and click on
the wall panel.
Eliminate vertical elements
according to the image
(see corresponding step of the
wizard).
144
Practical Initiation Course Tricalc
Exercise 04.04 Resolution Step 01
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Reinforce beam over the
opening (double profile).
Reinforce the columns adjacent
to the opening (see image).
Practical Initiation Course Tricalc 145
Exercise 04.04 Resolution Step 02
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Practical Initiation Course Tricalc 146
Exercise 04.04 Resolution Step 03
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Practical Initiation Course Tricalc 147
Exercise 04.04 Resolution Step 04
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Exercise 04.04
Concluded
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Exercise 04.05 Bench beam
Practical Initiation Course Tricalc
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Eliminate Triangular Beam
Define Bench Beam
Introduce Bench Beam
Exercise 04.05
Eliminate Triangular Beam
Introduce Bench Beam
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Practical Initiation Course Tricalc 151
Exercise 04.05 Resolution Step 01
Eliminate Triangular Beam
Choose Bench Beam
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Practical Initiation Course Tricalc 152
Exercise 04.05 Resolution Step 01
Exercise 04.05 Resolution Step 02
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Practical Initiation Course Tricalc 153
Exercise 04.05 Resolution Step 03
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Practical Initiation Course Tricalc 154
Exercise 04.05 Resolution Step 04
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Practical Initiation Course Tricalc 155
Exercise 04.05 Resolution Step 05
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Concluded
Practical Initiation Course Tricalc 156
Exercise 04.05
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Exercise 04.06 Slab grid
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Exercise 04.06
Eliminate Triangular Beam
Eliminate Bench Beam.
Introduce roof slab grid.
Eliminate Triangular Beam
Eliminate Bench Beam.
Introduce roof slab grid.
a) Spacing’s 60cm for 120cm
Practical Initiation Course Tricalc 158
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Practical Initiation Course Tricalc 159
Exercise 04.06 Resolution Step 01
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Slab is introduced by clicking on the vertices in
the ends of the wall (thus defining a folding
shaft for the panel) and at a third vertex at the
end of opposite wall (thus indicating the direction
folding and, in the case of walls Inclined,
your inclination).
Practical Initiation Course Tricalc 160
Exercise 04.06 Resolution Step 06
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Concluded
Practical Initiation Course Tricalc 161
Exercise 04.06
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The End
162
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162