It is essential to know the different features that are being offered by a good structure analysis software to take full advantage of its tools and programs. In this article, we will be covering in more details the different components of a good structural, analysis, or design software to help you select the most suitable solution for your specific needs.
Technical Features
Structural engineering involves highly technical processes that require extensive calculations and data crunching. These are some of the most basic features that you would want to ensure are included in the type of structural software that you are looking for. The type of calculations and modeling that the software can accomplish is the main factor here. Determine whether it offers FEA analysis, can work with certain types of material, can design a concrete slab or a steel connection, and more. If the software does provide the necessary project design and calculation features that you are looking for, then it is indeed the most ideal choice for your project.
Non-Technical Features
This component needs to include all other things that do not revolve around calculations, solving, or code checks. Non-technical features of structural software involve the different elements that an engineer directly interacts with to achieve the desired results. The graphical user interface is the main feature that allows engineers to create their designs from scratch, input data, manage their accounts, generate reports, and more. If a structural software offers all these non-technical features, then it does indeed offer an efficient workflow that is important for the engineer to manipulate the software as desired. Another important aspect of a good structural software is how it displays graphical results. The results need to provide the engineer with the ability to make changes as a project is always dynamic.
Interoperability
A major benefit to structural software is offering engineers the ability to interact with other software that is important for engineers. The higher the level of connectivity, the higher the capacity for the structural engineer to work more productively to achieve optimum results. Whether it is the ability to track issues, generate reports, deliver projects, model BIM or data automation, interoperability capabilities help to create an array of possibilities. Being able to communicate between structural engineering competitors provides convenience to engineers to be able to review each other’s work to collaborate in different projects.
ASDIP Structural Engineering Software
ASDIP engineering suite is comprised of four different categories of modules that serve a different purpose each. The ASDIP CONCRETE software is used to design continuous beams, biaxial columns, and out-of-plane bearing walls. The latest version of this software also comes with great new features like beam design manager, custom load combinations, and more. The ASDIP FOUNDATION software lets engineers complete their footing and pile cap design confidently and quickly through designs that are based on up-to-date ACI 318 provisions. The ASDIP RETAIN software is useful in assisting engineers model their retaining walls and sheet piling in minutes to simplify structural engineering design analysis. The last component is the ASDIP STEEL software which enables engineers to design their steel connections and members. All these different components come with secure storage of data and an account management feature.