What Computer Programs Can Be Used in Earthquake Resistant Design for Shelving Systems?

What Computer Programs Can Be Used in Earthquake Resistant Design for Shelving Systems?

Many computer programs can be used for earthquake resistant design of racking systems. These programs can be used to analyze the dynamic behavior of racking systems, calculate earthquake loads and ensure the safety of the design.

For example:

1. SAP2000

It is used for structural analysis, design and earthquake resistance analysis. It can also be used for racking systems and can simulate the behavior of different types of racking systems against earthquake loads. It can also calculate earthquake loads automatically.

2. ETABS

Etabs is another program used for structural analysis, design and earthquake load calculations. It can also be used for racking systems and can simulate their behavior against earthquake loads.

3. TEKLA STRUCTURES

It is used for structural analysis and design. It can also be used for racking systems and can analyze their resistance against earthquake loads. The program allows designers to create 3D models of racking systems and perform earthquake analysis.

STAAD.PRO

It is used for structural analysis, design and earthquake load calculations. It can also be used for racking systems and can calculate their resistance to earthquake loads.

5. RISA-3D

It is used for structural analysis and design. It can also be used for racking systems and can analyze their resistance to earthquake loads. The program allows simulating the behavior of different racking systems against earthquake loads and providing automatic dimensioning of racking systems.

6. SEİSMOSTRUCT

This program is a software used to analyze the earthquake resistance of structures. It can also be used for racking systems and can simulate the behavior of different types of racking systems against earthquake loads.

7. FME

This program is used for foundation design, ground effects analysis, structural analysis and design. It can be used for calculating earthquake loads and analyzing the earthquake resistance of racking systems.

PERFORM-3D

This program is a software that can analyze for earthquake loads, ground movements and structural loads. It can be used to analyze the earthquake resistance of racking systems.

9. ANSYS

It is used for structural analysis, dynamic analysis and earthquake resistance analysis. It can also be used for racking systems and can simulate their behavior against earthquake loads. The program analyzes the earthquake resistance of different racking systems, while also calculating the strength and deformations of racking systems.

10. OPENSEES:

It is used for dynamic analysis and earthquake resistance analysis. It can also be used for racking systems and can simulate their behavior against earthquake loads. The program creates different earthquake scenarios for racking systems and allows the behavior of the systems to be analyzed.

11. SAFE

It is used for structural analysis and design. It can also be used for racking systems and can analyze their resistance against earthquake loads. The program analyzes the earthquake resistance of different racking systems, while also calculating the strength and deformations of racking systems.

ADAPT-PT/RC

It is used for the design and analysis of reinforced concrete structures. It can also be used for racking systems and can simulate the behavior of reinforced concrete racking systems against earthquake loads. The program can perform the necessary calculations for the correct dimensioning of reinforced concrete racking systems and automatically calculate earthquake loads.

These programs are some of the software commonly used for the earthquake-resistant design of racking systems. However, each program has its own usage and features. When designing, factors such as the features of the programs to be used, their cost, ease of use and accuracy of results should be taken into consideration. It is important to evaluate the suitability of the programs to be used and to use them correctly. In addition, it is important for designers to be familiar with earthquake regulations and standards and to ensure that their designs comply with these requirements.