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Working Load Pile Working Load will calculate the allowable pile structural compression and geotechnical capacities. Refer to following steps to calculate the pile working load: Check the Working Load in the Pile Design > Design tabThe Soil Profile and Working Load tabs will be visible on the left panel. Also Design Actions group box will be […]
The presence of unsupported elements in the structural analysis models causes the formation of mechanisms and the inability to solve the equilibrium equations. Since singularity occurs in the stiffness matrix of the structure, its determinant becomes zero and the matrix cannot be reversed. Since the traditional Solver solves the equilibrium equation system with the 'Gauss-Jordan […]
ProtaStructure Suite is developed to empower structural engineers around the globe. For this purpose, the code coverage of the ProtaStructure Suite is constantly being improved. You can select the seismic and design codes to be followed in your project through the “Settings Center”. Furthermore, instead of selecting all the codes for concrete design, loading, steel […]
Subbasement walls are usually considered as a part of the foundation and provide support for the infills on the ground storey and contains the fill on the foundation. ProtaStructure 2026 enables the users to model these walls on foundation level and optionally consider them in the analysis. Like subbasement walls, subbasement beams and slabs are […]
ProtaStructure supports numerous seismic codes including IBC, UBC, EC8, NSCP, SNI, Indian, Thai, Peruvian, Colombian, and Turkish standards. The software allows you to define the seismic parameters through a user-friendly wizard. Horizontal and vertical elastic and design spectra are calculated automatically using code-specified parameters. Also, site-specific spectra can be introduced. Mass sources are automatically calculated […]
Frame members are a new generation of elements, independent of the axis, allowing for easy manipulation of definition points and offsets, providing great convenience in modeling. Finite element method can be used to transfer loads to frame elements from slabs, and restraints and end-releases can be assigned at both ends. The desired load profile can […]
Providing you with a wide range of tools to support your project delivery, ProtaStructure has been developed by a team of experienced structural engineers. The user interface of the software is designed based on their experiences. Hence, tabs of the RIBBON menu are organized considering the flowchart of a typical structural design project. In this […]
Utilizing base reinforcement in the entire floor and calculating additional support bars at column regions is a powerful method for economical and practical design. This is one of the many things that you can do by taking advantage of the advanced capabilities of ProtaStructure Suite! In this video, you will learn how to perform Finite […]
From architectural drawings to engineering drawings, project delivery is a long process. In this video, you will learn three different ways to start structural modeling in ProtaStructure that will accelerate your modeling process. One of the methods is to utilize an external reference drawing. You can easily import a DXF file and use the architectural […]
The top-rated request from our users was the ability to design composite slabs with profiled metal decks. We listened to our users, and this feature now complements the steel design solution offered in ProtaStructure. You can easily model primary and secondary composite beams and take advantage of the “Metal Deck Library” for sheeting. Additionally, for […]
