ATENA

Advanced Tool for Engineering Nonlinear Analysis. A user friendly software for nonlinear analysis of reinforced concrete structures.

ATENA user Richard Malm says in his Ph.D. thesis:

"One advantage using ATENA for the finite element analyses is that it calculates all material properties based on the cube strength with equations from Model Code 2010. Another great advantage with this program is that it is specially designed for concrete, which makes it easier for the user since good default values are given. The main advantage is that, even though the analyses described severe cracking, the program never had problems finding a convergent solution. A novice user can rather easy create advanced models in ATENA."

With ATENA You can simulate real behavior of concrete and reinforced concrete structures including concrete cracking, crushing and reinforcement yielding. ATENA gives you the power to check and verify your structural design in a user friendly graphical environment.

Proved by over 2500 installations worldwide.

Latest Product Updates

Apr 8, 2020

ATENA version 5.7

The durability feature has been further improved and developed. ATENA can be used to evaluate the durability of reinforced concrete structures during its service life.

Read More

Webinar: ATENA 5.7 Demonstration No.3 Nov 5, 2020 10:00am CEST

Why To Use ATENA

  • ATENA is for engineers that want to understand the real structural behavior.
  • It is a great addition to standard design programs that usually supports engineers to work quickly and satisfy the code requirements,
  • ATENA is excellent for verification of reinforcement design in critical sections.
  • For design of economical reinforced concrete structures - ATENA automatically considers internal force redistribution due to cracking, which may result in reinforcement savings.
  • For assessment of existing structures.
  • It helps to discover additional load carrying capacity.
  • It supports advanced research in reinforced concrete structures or modern cementitious materials.

Download & Try Request Information

How It Works

Modeling of reinforcement

Arbitrary reinforcement arrangement can be easily included in the model either as discreete bars or as smeared reinforcement.

Bond failure can be activated just by single click. Prestressing and external cables are supported as well.

Realtime visualisation of results

Only in ATENA the engineers can observe the deformation shape and the cracking pattern even during analysis using the unique and extensive runtime visualisation capabilities.

Crack visualisation

ATENA supports realistic visualisation of cracks and cracking pattern in all stages of the nonlinear analysis a post-processing. Cracks can be displayed not only on the surface, but also in the interior. For more realistic visualisation, only the visible cracks can be filtered.

Key Features

  • Simulates the real behavior of reinforced concrete structures
  • 3D environment
  • User friendly modelling of reinforcement
  • Unique visualization of crack propagation
  • Real-time display of results even during the nonlinear analysis
  • Based on finite element method and fracture mechanics
  • Advanced material models for concrete, reinforcement, steel, rock, soil and masonry
  • Support for the analysis of modern fiber reinforced concrete materials: SHCC, ECC, HPRFC, UHPFRC
  • Dynamics, statics, creep, thermal and moisture analyses
  • Modeling of high temperature and fire loading on concrete structures
  • Software for design or assessment of new or existing concrete structures
  • Modeling of structural durability and reinforcement corrosion

Maintenance and support

We strongly support our users in their analytic work with ATENA. Support is mainly provided by email and phone calls. The solution to many questions can be found also in our FAQ & Online Forum. New versions of ATENA are released every year.

Maintenance is provided for free for one year after the software purchase. After that is it can be prolonged at annual rate coresponding to 15% of the program price.

System requirements

Minimum: PC with MS Windows 7 SP2, 64bit, 6 GB RAM memory and 256 GB HDD, graphics card with OpenGL 1.1 and 1024x768 resolution. GiD 14 or higher (for ATENA Sci/Full).

Recommended: PC with MS Windows 10, 64bit, 32 GB RAM memory, 4 TB hard disk, discrete graphics card with resolution of 1920x1080 and OpenGL 1.4 with 3D hw-acceleration, designed for CAD (e.g., nVidia - Quadro, AMD - Radeon Pro). GiD 64bit 14 or higher (for ATENA Sci/Full).

Full product specifiaction & system requirements