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48 výsledků pro "parametric design"

Grasshopper API link - bulk calculation of steel joints (06)

In this tutorial, you will learn how to use a parametric template for a bulk calculation of steel joints with the same geometry. IDEA StatiCa Checkbot – import of a structure, design of a joint Open the attached folder with a structure imported from 3rd party software. You can design it correctly according to your needs or use our fully prepared joint here .

Reinforced walking column (ACI)

Start with IDEA StatiCa Detail to design and code-check concrete discontinuity regions. Nevertheless, the design code can be chosen only in this first step of the project. 2 Geometry The Detail application will open with the Design tab automatically First, we can switch to the Tools tab and start the Topology Optimization in Design tools that help you to design the reinforcement (alternatively, you

Connection tutorial - Tubular 3D frame (AISC)

Create a new project by selecting the template closest to the required design, fill the name and the description of the project. After choosing the required properties, confirm by Create blank design . The last step in the design of the joint is the last copy of the CUT3.

Strengthening of longitudinal bracing

The design compressed force of -38.7 kN is related to the end of the analyzed member. Design Modify the analyzed member AM1(1). Takeaways: Hand calculations are a great tool for preliminary design.

Stiffness analysis of a steel connection (AISC)

Learn how to use software IDEA StatiCa to model, design and check a structural steel joint and calculate the stiffness of the connection. 1 New project Create a new project by selecting a starting template closest to the desired design, fill the name and choose AISC 360-22 (LRFD) design code and default More load cases can be added. 4 Design You will define a set of manufacturing operations to model connections between members.

Buckling analysis of a steel connection (AISC)

Learn how to use IDEA StatiCa Connection to design and code-check a structural steel joint. Create a new project by selecting a template closest to the required design and fill the name and the description of the project. Input the –15 kip normal force in the tab for member B1. 4 Design Now define the manufacturing operation.

Grasshopper – Introduction to the plugin components

Components to interact with IDEA Design Applications They are used to: Create, import, and modify design app files, such as connections. Get further design information (inc. fabrication costs, etc.) The component that interacts with IDEA StatiCa Design App’s requires an active license of IDEA StatiCa.

Bridge column (EN)

In this step-by-step tutorial, you will learn how to design and code-check the bridge column in IDEA StatiCa Member. 1 New project Open IDEA StatiCa and Then, choose the project type Concrete (2) , and change the Concrete grade and Design working time (3). Choose the type of topology (4) . Finally, click on Create project (11). 2 Design The column is now created with related members. Delete all Related members .

Návrh a posouzení kompozitního průřezu v RCS (EN)

Poslední fáze představuje Konec návrhové životnosti (End of design working life) ve 100 letech. Vnitřní síly jsou převzaty z Elementu 5 a Uzlu 7 . Pro fázi výstavby Konec návrhové životnosti(End of design working life) změňte Aktuální Extrém na Stage 36500 a proveďte kroky(Viz.výše). 9 Výsledky Spusťte K verifikaci výsledků si vyberte poslední fázi výstavby - Konec návrhové životnosti (End of the design working life) a přejděte do posudku Omezení napětí

Moment connection: Wide flange to HSS (AISC)

Follow the step by step guide to design a Wide flange to HSS Column connection. 1 New project Start by launching the IDEA StatiCa Connection . Create a new project by selecting the blank template, filling in the name, and choosing AISC design code and default steel grade – A992 .

ETABS BIM link for steel member buckling analysis (AISC)

The member is now ready to be opened in IDEA StatiCa Member for the CBFEM analysis. 3 Design Automatic data transfer is started, and IDEA StatiCa Member To get the analysis of the member, we first have to design all the joints along with the member.

Claw angle on WF bracing connection (AISC)

Learn how to use IDEA StatiCa Connection to design and code-check a structural steel joint, an example is a Claw angle on WF bracing connection. Since this project follows the AISC code, let's ensure that imperial units are set in the model (see How to change the system of units ). 2 Design First

Slab code-check using shell element in RCS (EN)

ensures adaptability with your FEA model where is used the 2D shell element. 3 Cross-section Define the Thickness 200 mm and Concrete grade C30/37 . 4 Design

Grasshopper API link - Cost estimation (05) 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: Change both

Grasshopper API link - Cost estimation (05)

IDEA StatiCa Connection – Design of a joint and set parameters You can use this ideaCon file or create one from scratch according to the following steps

Analýza boulení (EN)

Postup pro tento typ přípoje naleznete v článku Gusset plate design in IDEA StatiCa Connection , Nebo zesilte spoj a přepočítejte analýzu boulení, abyste

Kapacitní návrh ocelového přípoje (EN)

Capacity design (EN) Na základě analýzy napětí/přetvoření je vidět, že spoj je dobře navržen a prošel všemi kontrolami.

How to get started with API - Batch import of combinations 02

Go back to the Design tab, right-click on Operations / Delete All , and store this empty file under tutorial 02 - empty.ideaCon .
Výsledky, které se neshodují přesně s dotazem, ale mohly by vám také pomoci.

How to get started with API - Basics 01

The Swagger in the online mode provides you guide about the options of API for Connection design. results.unity_check_message) except Exception as e: print(Operation failed : %s\n % e) Conclusion You have experience with API for connection design

Parametrické navrhování v IDEA StatiCa Connection - Pokročilé (02)

K dispozici je výukový program, který vám pomůže pochopit použití parametrů v každodenních aplikacích a pokročilých vzorcích a výrazech. Představte si,

Parametrické navrhování v IDEA StatiCa Connection - Základy (01)

Podle tohoto návodu se krok za krokem naučíte, jak používat parametrický návrh v IDEA StatiCa Connection. Parametrické šablony vám pomohou snížit opakující

Grasshopper API napojení - parametrická optimalizace svaru přípoje (03)

V tomto návodu se naučíte vytvořit šablonu přípoje a zjistit správnou velikost svaru pro dané zatížení v programu Grasshopper. Pokud pracujete s IDEA StatiCa

Grasshopper API napojení - jak importovat a spočítat parametrický model styčníku (02)

V tomto návodu se dozvíte, jak pracovat s parametrizovanými přípoji a jak je v programu Grasshopper měnit a vyhodnocovat. Pokud pracujete s IDEA StatiCa