Cervenka Consulting ATENA 5.7.0p

Cervenka Consulting ATENA 5.7.0p

ATENA stands for Advanced Tool for Engineering Nonlinear Analysis, a highly advanced simulation and analysis software developed by Cervenka Consulting. This software is used in the field of designing concrete structures, especially reinforced concrete structures such as reinforced concrete and nonlinear analysis, and is one of the pioneering software in this field.

With the help of this software, engineers are able to simulate the behavior and reaction of concrete structures against various shocks and cracks and gain a realistic and accurate view of different structures. The user interface of this software is 100% graphical and can simplify and accelerate the design and simulation processes of structures. The data and models provided by this software are 100% applicable and practical, and so far more than 2500 projects have been implemented with the help of this software.

Comparison with other software;

The software generally falls into the category of advanced structural simulation and analysis tools and can be compared to other tools in the field such as ABAQUS and ANSYS . The range of software support is expanding day by day and almost all types of concrete structures and reinforced concrete can be simulated by this software. ATENA has a number of competitive advantages over other concrete structure design software such as Dlubal , Sofistik and ETABS . The mentioned software enables engineers to design their idea in the fastest possible time and according to the laws of the engineering system of the countries in question, but this software, along with structural design, helps you to carefully study the structure of your structure. And estimate the load capacity of the structure.

Features and specifications of ATENA software:

• Accurate simulation of behaviors and reactions of structures to different loads and collisions
• Accurate estimation of load capacity and load capacity of structures
• Possibility of economical design and reinforced concrete
• Accurate modeling of reinforced concrete
• Visualize output data and display the final simulation result in a variety of graphic formats
• Simulation of failure and cracking of concrete
• One hundred percent three-dimensional environment
• Very simple and smooth user interface
• Instant display of simulation results live and synchronously
• Ability to simulate different raw materials and concrete
• Modeling the impact of fire and high temperature on concrete structures