Integrated Structural concrete design, Slab Engineering and Slab Generator
As an integral component of the General Structural Engineering (GSE) software suite, GSE Concrete offers a versatile platform for designing concrete members subjected to a range of analyses, including linear, P-Delta, non-linear, seismic, and dynamic analysis.
Advanced Slab and Foundation Design Software
Fully integrated within the same environment, Slab Engineering, the reinforced concrete slab design assistant, allows users to quickly generate the design strips of any concrete slabs. The assistant generates column strips and middle strips that are adapted to the geometries of the bidirectional span of the slab. This assistant is directly linked to the automated mesh generation functionalities, allowing to use the geometrical elements such as supports, walls and openings for both the finite elements model and the design strips generation.
In addition, the GSE Concrete software includes the concrete Slab Generator allowing to seamlessly generate a simple concrete slab providing a quick and efficient design. Its easy-to-use interface allows to quickly create a slab based on a simple geometry.
GSE Concrete supports a range of international standards, including the American ACI-318, Canadian CSA-A23.3, and Egyptian code ECCS 203, ensuring compatibility with various design requirements.
Overview
GSE Concrete
As an integral component of the GSE (General Structural Engineering) software, GSE Concrete allows the design and verification of concrete members subjected to a linear, P-Delta, non-linear, seismic or dynamic analysis.
The GSE Concrete software supports the following design codes:
American ACI-18
Canadian CSA-A23.3
Egyptian ECCS 203
GSE Concrete represents cutting-edge technology grounded in the concept of physical members, enabling precise reinforcement design for continuous elements like beams and columns. It offers the flexibility to design either specific portions or the entirety of a structure with accuracy.
Slab Generator and Slab Engineering
Slab Generator allows users to seamlessly generate simple concrete slabs providing a quick and efficient design.
Slab Engineering enables users to quickly and efficiently generate design strips for complex concrete slabs.
Automated and intuitive generation of simple reinforced concrete slabs
Uncover the art of intuitive concrete slab design for simple slabs
Integrated within the comprehensive General Structural Engineering (GSE) software suite, SAFI’s Concrete Slab Generator stands as a seamless solution for swiftly creating efficient concrete slab designs. Its user-friendly interface simplifies the process of generating slabs based on basic geometries.
By inputting a few design parameters, users can effortlessly design a reinforced concrete slab through an intuitive and rapid workflow. Furthermore, the practical editing tools empower users to make adjustments to the slab as needed.
With features like reinforcement visualization and advanced analysis tools, users can confidently approach both the analysis and design aspects of concrete slabs, ensuring a robust and reliable design of concrete slabs.
A comprehensive and efficient solution for complex slab design
As an integral component of the General Structural Engineering (GSE) software suite, the reinforced concrete slab design assistant Slab Engineering becomes the ultimate tool for slab design in a simple and intuitive way. Slab Engineering empowers users to streamlining slab design with simplicity and allows to effectively generate design strips for concrete slabs of diverse specifications.
Directly connected to the automated functions within the integrated finite element framework, this application offers users a specialized environment for executing mesh generation. Slab Engineering seamlessly defines key model geometric elements, including supports, walls, and openings.
Including Slab Engineering and Slab Generator
Enjoy unlimited access to the GSE software for 1 year
Optimize workflow efficiency and achieve better results using a hybrid solution
The GSE (General Structural Engineering) software provides a powerful and flexible platform for structural engineers to streamline their design workflows and optimize design time.
The ability to run multiple material design simultaneously is a significant advantage offered by the GSE (General Structural Engineering) software. This feature provides structural engineers with enhanced flexibility and efficiency in their design processes. This means that engineers can work with different materials like steel, concrete, wood or aluminum within the same software environment. This flexibility allows for efficient design and analysis of structures that may involve various materials.
By integrating various design and analysis tools, GSE aims to help engineers optimize their design time. This efficiency is critical in today’s fast-paced engineering projects, allowing for quicker turnaround times and cost-effective designs.
GSE steel is a specialized software application integrated within the General Structural Engineering (GSE) software suite. GSE Steel is a powerful and versatile software tool for structural engineers and designers working with steel and composite steel-concrete structures. Its support for various design codes and parametric section shapes, along with its user-friendly interface and optimization capabilities, make it a valuable resource for efficient and accurate structural design and analysis.
GSE Steel supports multiple international design codes, including:
  – American AISC 360 (LRFD and ASD)
  – Canadian CSA 16
 – AISI S100-16 and CSA S136-16
  – European Eurocode 3 and 4
  – Indian IS 800
The GSE (General Structural Engineering) software includes a powerful suite of tools for integrated structural concrete design, slab engineering, and slab generation.
GSE Concrete is a comprehensive module within the GSE software, enabling the design of concrete members under various conditions, including linear, P-Delta, non-linear, seismic, and dynamic analyses. This feature-rich component ensures precise concrete design for a wide range of structural scenarios.
GSE Concrete offers support for several international building codes, including the American ACI-318, the Canadian CSA-A23.3, and the Egyptian code ECCS 203. This ensures compliance with regional standards and regulations for concrete structural design.
The GSE Concrete software suite, with its comprehensive concrete design, slab engineering, and slab generation capabilities, empowers engineers to tackle diverse concrete-related projects efficiently and accurately, meeting industry standards and codes.
Within the GSE (General Structural Engineering) software suite, GSE Wood is a specialized module that offers the capability to design and analyze timber structures, including light wood framing and engineered wood structures. It aligns with industry standards such as the 2018 National Design Specification (NDS) for Wood Construction and the CAN/CSA O86-19 standards, ensuring compliance and precision in timber structural engineering.
GSE Wood provides the flexibility to work with two key types of timber structures: beam-column frames and light framing. The Light Framing package extends the Mass Timber features. This addition enhances the software’s ability to automate parametric generation, analysis, and design of bearing walls and shearwalls, streamlining the design process for these critical components.
GSE Wood, with its robust capabilities for timber and engineered wood structural design, empowers engineers to efficiently create and analyze timber-based structures, while maintaining compliance with the latest industry standards. This versatile tool is critical for timber engineering professionals working on a variety of projects.
GSE Aluminum is a specialized software application integrated within the GSE (General Structural Engineering) software suite used for the design and verification of aluminum structures of various types.
GSE Aluminum supports industry-standard design codes, including:
– GSE Aluminum complies with the 2020 Edition of the Aluminum Design Manual published by the Aluminum Association (AA ADM-2020)
– The software also adheres to the CAN/CSA S157 design code
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