Sap2000 Student and Tutorial

Sap2000 student is a very versatile software that is extensively used for different types of analysis and design of various structures. Since its introduction over 30 years ago, the name SAP itself has had a strong reputation in the market and is well known for its state-of-the-art analysis methods.

SAP2000 follows the same tradition with a very highly sophisticated, intuitive, and versatile user interface supported by an unmatched analysis engine and design tools for engineers working in structure, transportation, industry, public works, sports, and other institutions.

Sap2000 Student Versatility

Following are some of the analyses that can be carried out using sap2000:

  • Linear Push over analysis
  • Non Linear push over analysis
  • Shear, Bending and Axial Analysis
  • Response spectrum
  • Time History analysis
  • Modal analysis
  • Base reactions
  • Spring Mass and dashpot system

Sap2000 three-dimension object-based graphic modeling environment provides a variety of analysis and design options fully integrated through a simple yet powerful user interface. The program has proven to be the most integrated, productive, and practical general structure program on the market today.

This intuitive user interface enables you to create structural models quickly and intuitively without long learning curve delays. Now you can leverage the power of SAP2000 for all of your analysis and design tasks, ranging from small, everyday problems to complex engineering problems.

Complex Analysis in sap2000

Complex models can be generated and networked with powerful integrated templates. Built-in design code capabilities can automatically generate response spectrum, damper, wind, wave, bridge, and earthquake loads with comprehensive automatic steel and concrete design code reviews to the US, Canadian, and international design standards.

Advanced analysis techniques enable a step-by-step analysis of large deformations, Eigen and scratch analysis based on the stiffness of non-linear cases, suspension cable analyzes, non-linear material analyzes with fiber joints, multi-layer non-linear shell elements, buckling analyzes, progressive collapse analyzes, energy methods for drift control, speed-dependent dampers, base isolators segmental design analysis. Nonlinear analyzes can be static and/or time-course-based, with options for FNA non-linear dynamic time-course analysis and direct integration.

From a simple small static 2D frame analysis to a large complex nonlinear dynamic 3D analysis, SAP2000 is the simplest and most productive solution for your structural analysis and design needs.

Design problems in sap2000

Structural steel detailing is the design and drafting of the connections between the steel girders and columns in the massive steel trusses that form the skeleton of most of the multi-story buildings in the Western Hemisphere.

The design of these connections is of course very critical, as the decoupling of girders from supports can lead to the collapse of the steel framework and the building, and thus the death of thousands of people.

Because of this, there are very strict standards that are followed for the detailing of structural steel. These standards are different for each country and are drawn up by recognized industry associations in each country.

Standard codes for construction practices:

Examples of such associations are:

  • American Institute of Steel Construction (AISC)
  • Canadian Institute for Steel and concrete (CISC)
  • SBI Swedish Institute for ” Steel and concrete “
  • EUROFER, the European Association of the Iron and Steel Industry
  • African Iron and Steel Association
  • Arab Iron and Steel Union [AISU]
  • World Steel Association (formerly IISI)
  • Brazilian Steel Institute (IBS)
  • British Steel Association (BCSA)
  • Iron & Steel Institute of Japan
  • Korean Iron and Steel Association
  • Malaysian Steel Association (MSSA)
  • Norwegian Steel Association
  • Institute for Steel Construction (SCI- UK)
  • Taiwan Steel and Iron Industry Association (TSIIA)
  • Japanese steel construction company
  • The Institute for Steel Construction
  • The Southern African Institute of Steel Construction
  • Chinese steel construction company

The steel structure detailing begins after the construction of the structure has been completed. Based on the properties of the respective steel material, the steel detailer calculates the forces that act on the connection to be designed. He then uses design tables to determine the specific design details of the connection.

Structure Detailing in Sap2000

These construction details include the material and dimensions of the brackets, nuts, and bolts. He expresses this in the form of an erection drawing, a drawing that the employees follow on the construction site to assemble the actual connections.

When detailing steel structures, one or more very specialized software programs such as STAAD, RISA, SAP2000 student, RAM, PCA, SAFE, SDS / 2, Tekla, and ETABS are usually used. Some of these programs are so sophisticated that you only have to enter the steel construction with a few specific parameters such as material, edge distance, and crown criteria and the program automatically constructs the connection with just a few clicks.

The assembly drawings are usually created with widely used CAD platforms such as AutoCAD or MicroStation.

Structural steel detailing is clearly an evolved discipline with strict standards and sophisticated tools.


Before the actual construction of structures, its design in various software is always practiced. Take the example of the massive Burj Khalifa. It was designed in multiple design analysis software like sap2000, Etabs, Seismostruct, etc before starting its final construction. The analysis of structure is a very crucial step in civil engineering and construction. Each and every member of the structure is properly analyzed and then designed as per the loading conditions.

The loading conditions can be very versatile including the dead, live, wind, quake, snow, and other environmental loads. Specific codes are available which can really help in the analysis and design of the structure. Some of these codes are discussed above. The designer must choose the most suitable software as per the requirement of the project/construction.

Sap2000 and sap2000 student versions are some of the most popular and sophisticated software available in the market. The CSI has also launched furthermore software including ETabs, Safe, etc, to further enhance the design and analysis problems. To download sap2000 you can visit CSI’s official website or check out the following link.

In short sap2000 can be used in many fields of civil engineering including structural and earthquake engineering. It can also help the students in tough subjects like structure analysis, structure dynamics and subjects of earthquake engineering.

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