Blog | IDEA StatiCa

Steel

Features

Truss joint design with open sections

25/02/2020

Connection

Modeling

+1

Steel

Features

Solving the steel-to-concrete connection challenge

12/02/2020

Connection

Anchoring

+2

Concrete

Features

Load on a curve from DXF reference

23/01/2020

Detail 2D

Shear

Steel

Events

Establishing a design resistance for hollow section joints

17/01/2020

CBFEM

Steel

News

Analysis of anchoring attachments using FEM

16/01/2020

CBFEM

Anchoring

Steel

Events

Breaking down steel-to-concrete connection design and workflow limitations

16/12/2019

Connection

Steel-to-concrete

+1

Steel

News

IDEA StatiCa Viewer scoring great at Tekla Developer Awards 2019

13/12/2019

Tekla Structures

Viewer

+1

Steel

Features

Geometrically and materially nonlinear analysis (GMNA)

09/12/2019

CBFEM

GMNA

+1

Concrete

Features

Crack spacing check

25/11/2019

Detail 2D

Cracks

Steel

Features

Negative volume – the new manufacturing operation

15/11/2019

Connection

Manufacturing operations

Steel

Features

IDEA Open Model API improved

04/11/2019

IDEA Open Model (API)

Steel

Features

Calculate all your project items in one go

21/10/2019

Overall check

Concrete

Features

Dispersed reinforcement speeds up your concrete calculations

14/10/2019

Reinforcement

Detail 2D

Concrete

News

Comparing results of a real experiment, FEA software, and IDEA StatiCa

08/10/2019

Detail 2D

Stress in reinforcement

Steel

Concrete

News

New IDEA StatiCa version 10.1 is live

13/09/2019

Concrete

Features

Design of reinforced concrete walls

22/08/2019

Wall

Detail 2D

Steel

News

KarambaIDEA developed and released by the Dutch research project SMARTConnection

19/08/2019

BIM link

Connection

Concrete

Features

Topology optimization for reinforced concrete

12/08/2019

Topology optimization

Detail 2D

Steel

Features

Automatic positioning of plates for steel joints

29/07/2019

Connection

Modeling

News

IDEA StatiCa running for a good cause

26/07/2019

Concrete

Features

Why and how to input internal forces into a concrete detail?

22/07/2019

Detail 2D

Load effects

Elige idioma

Choose region

Productos

Categorías

Truss joint design with open sections

Solving the steel-to-concrete connection challenge

Load on a curve from DXF reference

Establishing a design resistance for hollow section joints

Analysis of anchoring attachments using FEM

Breaking down steel-to-concrete connection design and workflow limitations

IDEA StatiCa Viewer scoring great at Tekla Developer Awards 2019

Geometrically and materially nonlinear analysis (GMNA)

Crack spacing check

Negative volume – the new manufacturing operation

IDEA Open Model API improved

Calculate all your project items in one go

Dispersed reinforcement speeds up your concrete calculations

Comparing results of a real experiment, FEA software, and IDEA StatiCa

New IDEA StatiCa version 10.1 is live

Design of reinforced concrete walls

KarambaIDEA developed and released by the Dutch research project SMARTConnection

Topology optimization for reinforced concrete

Automatic positioning of plates for steel joints

IDEA StatiCa running for a good cause

Why and how to input internal forces into a concrete detail?