StructurePoint spMats 10.10 is a specialized software application designed for the analysis and design of concrete mat foundations, footings, and slabs on grade.
StructurePoint spMats 10.10 Description
It is widely used by structural engineers for its comprehensive capabilities in handling complex foundation designs, ensuring both safety and efficiency. Developed by StructurePoint, a company known for its engineering software solutions, spMats offers robust features for structural analysis and design. StructurePoint spMats 10 is a comprehensive and user-friendly tool for the analysis and design of concrete mat foundations, footings, and slabs on grade.
Its advanced finite element analysis capabilities, combined with robust design tools and code compliance features, make it an essential software for structural engineers. Whether for complex geotechnical conditions or straightforward foundation designs, spMats provides accurate, reliable, and efficient solutions for modern structural engineering projects.
spMats is a structural engineering software for analyzing, designing, and inspecting concrete foundation systems, including pile caps and slabs-on-grade. Using advanced finite element (FEM) solvers and a simple graphical user interface, spMats enables engineers to inspect and edit structural foundation models. It can analyze and design all types of concrete, composite, and reinforced concrete slab foundations.
Features For StructurePoint spMats 10.10
- Finite Element Analysis (FEA):
- Advanced FEA Engine: Utilizes a powerful finite element analysis engine to model and analyze mat foundations, providing accurate stress and deflection results.
- Mesh Generation: Automatically generates finite element meshes for complex geometries, simplifying the modeling process.
- Design Capabilities:
- Reinforcement Design: Offers detailed reinforcement design for both top and bottom layers, complying with various international design codes.
- Load Combinations: Supports multiple load combinations, including those specified by building codes and custom combinations defined by the user.
- Material Models:
- Comprehensive Material Libraries: Includes libraries for different materials such as concrete, steel, and soil, with customizable properties.
- Nonlinear Material Behavior: Accounts for nonlinear material behavior, enhancing the accuracy of the analysis for real-world conditions.
- Geotechnical Interaction:
- Soil-Structure Interaction: Models the interaction between the foundation and the supporting soil, considering factors such as soil stiffness and settlement.
- Pressure Distribution: Analyzes and displays the pressure distribution under the mat foundation, ensuring optimal design and safety.
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