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Bemutató
Parametric design in IDEA StatiCa Connection - Basics (01)
By following this tutorial step-by-step, you will learn how to use the parametric design in IDEA StatiCa Connection. Parametric templates help you to reduce repetitive tasks and speed up your design process. 1 Set up the environment To use parameters in your daily job We recommend that you review the advanced users tutorial to learn how to take advantage of all the options that parametric design allows.
Steel
Connection
Connection Library
Parametric design
IDEA Open Model (API)
Bemutató
Parametric design in IDEA StatiCa Connection - Advanced (02)
Let's reuse the joint that has been utilized for the parametric design in IDEA StatiCa Connection - Basics (01) . The goal of the design is to achieve a fully parametric symmetrical splice connection and have control over the following data: Thickness of the splices The Parametric box is automatically checked. 3 Get even more from Parametric You have finished the parametric design procedure in IDEA StatiCa Connection
Steel
Connection
IDEA Open Model (API)
Connection Library
Parametric design
Bemutató
Parametric design in IDEA StatiCa Connection - Flush moment end plate connections
Parametric templates help you to reduce repetitive tasks and speed up your design process. In the right bottom corner, there is a sign (P) for Parametric. Parametric template for flush moment end plates You have acquired the skills to utilize parameters, create parametric templates, and undertake fundamental
Steel
Connection
Connection Library
Parametric design
IDEA Open Model (API)
AISC (USA)
Bemutató
EDGE Amsterdam West - parametric design in Grasshopper
Inspire yourself and step forward to the world of parametric design in Grasshopher.
Steel
IDEA Open Model (API)
Grasshopper
Parametric design
Bemutató
Grasshopper API link - how to import and calculate parametric connection model (02)
If you are not familiar with parameters please see following tutorials: Parametric design in IDEA StatiCa Connection - Basics (01) Parametric design in
Steel
Connection
IDEA Open Model (API)
Grasshopper
Bemutató
Structural design of footing with diagonal (EN)
Create a new project by selecting a starting parametric template closest to the desired design, filling in the name, and choosing the design code and default More load cases can be added. 4 Design The manufacturing operation Base plate is defined in Parametric template, therefor you can modify its properties You can also Explode the parametric template and use the manufacturing operation instead.
Steel
EN (Eurocode)
Connection
Anchoring
Concrete block
Steel-to-concrete
Bemutató
Beam to column connection design (EN)
Define geometry and the design type in 2. Select design . In 3. With the selected parametric template , you can edit properties of your design in the Operations tab directly. Note: The manufacturing operations within the parametric template are hidden and disabled for editing.
Steel
Connection
EN (Eurocode)
End plate
Parametric design
Bemutató
Connection design of a tubular 3D frame (EN)
Create a new project by selecting the template closest to the required design. Select the desired steel grade ( S355 ) and the design code ( EN ). Select the parametric template as below: Confirm the material in the conversion table. The template was applied, and you can see the end plate PP1 . As we need to adjust more parameters than the parametric template allows, we will explode the template.
Steel
EN (Eurocode)
Connection
Tubes
Bemutató
Grasshopper API link – parametric optimization of a connection weld (03)
IDEA StatiCa Connection – Design of a joint and set parameters For this tutorial, we need a connection with some parameters.
Steel
Connection
IDEA Open Model (API)
Grasshopper
Bemutató
Grasshopper API link – parametric optimization of a connection weld (03) version 24
IDEA StatiCa Connection – Design of a joint and set parameters For the example, you will create a simple moment connection using a template: To be able
Steel
Connection
Bemutató
Grasshopper API link - how to import and calculate parametric connection model (02) version 24
IDEA StatiCa Connection – Design of a joint and set parameters For the example, you will create a simple moment connection using a template: To be able
Steel
Connection
Bemutató
Structural design of a footing with diagonal (AISC)
Create a new project by selecting a starting template closest to the desired design, filling in the name, and choosing the design code and default material Before continuing, make sure to explode the parametric template as shown below. First, change the cross-section of the column. Stiffener operation Let’s check the final design of the joint.
Steel
AISC (USA)
Connection
Anchoring
Concrete block
Steel-to-concrete
Bemutató
Advance Design BIM link for concrete structural design (EN)
This tutorial will show how to activate and use the link between Advance Design and IDEA StatiCa Beam. Select Advance design and click the button Install . You have to select which results from the Advance design will be imported to IDEA StatiCa Beam . Follow the picture below.
Concrete
EN (Eurocode)
BIM link
Advance Design
Beam
Bemutató
Advance Design BIM link for the structural design of a steel connection (EN)
Select the Advance Design and click the button Install . Let’s say you need to change some entities in the Advance Design model. Now let's proceed with the Connection design command button.
Steel
BIM link
Advance Design
Connection
EN (Eurocode)
Bemutató
Steel connection capacity design (EN)
Capacity design (EN) 3 Capacity check In the new project item (CON2), change the analysis type to CD – Capacity design . Capacity design (EN) Capacity design (EN) Capacity design (EN) The stiffeners at the column web need to be cut and welded to the doublers by the Cut of Capacity design (EN) All design actions are done now, run Calculate in the Check tab.
Steel
Connection
EN (Eurocode)
Seismicity
Capacity design
Bemutató
Joint design resistance (EN)
This tutorial shows how to use IDEA StatiCa Connection to model, design and check a structural steel joint and calculate its joint design resistance. 1 Joint design resistance Copy the project item first to save the previous work and change the analysis type to DR ( Joint design resistance ) for the new Joint design resistance (EN) 4 Results Proceed to the Check tab and Joint design resistance in the result tables.
Steel
EN (Eurocode)
CBFEM
Resistance
Connection
Bemutató
Structural design leveraging the Connection Library (EN)
Create a new blank design by selecting the desired geometry. Fill in the name, and choose the design code and default material properties. 2 Creating a new template Let's create a design that can be saved as a template Suitable design templates are showcased for the selected geometry.
Steel
EN (Eurocode)
Connection
Anchoring
Concrete block
Steel-to-concrete
Bemutató
Bolted plate to plate connection design (EN)
Fill in the name and choose Eurocode as the design code and the steel grade as S355 . Then create blank design . 2 Geometry Two beams were automatically added. Design of bolted plate to plate connection (EN) 4 Design First add the manufacturing operation Plate to plate - member splice.
Steel
Connection
EN (Eurocode)
Bolts
Bemutató
Bolted plate to plate connection design (AISC)
Create a new project by selecting the template closest to the required design, fill the name and the description of the project. More load cases can be added. 4 Design Before modifying the connection, Right-click on Operations (P) and select Explode. You can remove them and make the design more economical. Right-click on the connecting plate and select Editor . Click Explode.
Steel
AISC (USA)
Connection
Bolts
Modeling
Bemutató
AxisVM BIM link for steel connection design (EN)
Select the New option with project type Steel and design code EN . Then select Create project . In this case, the anchors fail because of their low design capacity. We must optimize the design to find the passing solution.
Steel
Connection
EN (Eurocode)
AxisVM
Checkbot
Bemutató
SCIA Engineer BIM link for steel connection design (EN)
Select the New option with project type Steel and design code EN . Then select Create project . In this case, the anchors fail because of their low design capacity. We must optimize the design to find the passing solution.
Steel
Connection
Checkbot
EN (Eurocode)
SCIA Engineer
Bemutató
Video-tutorial of reinforced and prestressed beam design (EN)
In this tutorial, you will learn how to design and code-check a reinforced concrete beam in IDEA StatiCa Beam, according to Eurocode. The tutorial is split into two parts and guides you through what is possible during the design process. Part 1 The first part of this tutorial is focused on the initial phase of the design process.
Concrete
EN (Eurocode)
Beam
Bemutató
Midas Civil BIM link for steel connection design
You can sort the design members into groups. It's suitable from the design point of view. Address the name of the joint for saving and run the application IDEA StatiCa Connection by using the Design button in the ribbon. 6 Design The connection The predefined template in IDEA StatiCa set, which will be used for design, is available for selection.
Steel
EN (Eurocode)
BIM link
midas Civil + Gen
Bridges
Bemutató
SCIA Engineer BIM link for structural concrete design (EN)
If you import for the first time, you need to set the generation of design groups and members. Also switch to design groups and select DG2 as you want to check all beams, highlighted in the main window, at the same time. 4 Design Go to the Data tab If you import for the first time, you need to set the generation of design groups and members.
Concrete
BIM link
SCIA Engineer
RCS
EN (Eurocode)
Bemutató
STAAD.Pro BIM link for steel connection design (AISC)
Select the New option with Steel project type, AISC design code and sub-code LRFD (AISC 360-16) and create project. From the Design tab in the Options panel choose LRFD 2016 from the sub-code list. The Checkbot project will be updated, connection design is preserved, but the results will be invalidated.
Steel
Checkbot
AISC (USA)
BIM link
STAAD.Pro
Connection
Bemutató
ETABS BIM link for steel connection design (AISC)
By following this step-by-step tutorial, you will learn how to design and code-check a structural steel connection using the BIM link between ETABS and From the Design tab in the Options panel choose LRFD 2016 from the sub-code list. The Checkbot project will be updated, connection design is preserved, but the results will be invalidated.
Steel
Connection
Checkbot
AISC (USA)
ETABS
Bemutató
SAP2000 BIM link for the structural design of a steel connection (EN)
That completes the design of the connection for the column base plate with a diagonal brace. In this case, the anchors fail because of their low design capacity. We must optimize the design to find the passing solution.
Steel
Connection
Checkbot
BIM link
SAP2000
EN (Eurocode)
Bemutató
SCIA Engineer BIM link for steel member design (EN)
Following this step-by-step tutorial, you will learn how to design and code-check a structural steel member using the BIM link between SCIA Engineer and Select the New option with project type Steel and design code EN . Then select Create project . In the beginning, let us design the joints of the member U-profile, so please select the first connection and click on Edit connection .
Steel
Checkbot
Member
EN (Eurocode)
SCIA Engineer
Bemutató
Tekla Structures BIM link for connection design (EN)
Select the New option with project type Steel and design code EN . Then select Create project . You can continue with the design of additional connections using the same approach presented above. The Checkbot project will be updated, connection design is preserved but the results will be invalidated.
Steel
Connection
Checkbot
BIM link
Tekla Structures
EN (Eurocode)
Bemutató
Structural design of composite concrete section in RCS (EN)
Select the Prestressed section design . same tendon area, adjust the material properties of the tendon as indicated in the table below. material properties modification 5 Desing Member In Design Internal forces - 60days For the construction stage End of the design working life, change the Current Extreme to Stage 36500 and perform the same steps
Concrete
RCS
EN (Eurocode)
Prestressed members
midas Civil + Gen