FrameDesign is a powerful FEA-based application purpose-built for civil and mechanical engineers, architects, and students needing to design 2D hyperstatic frames. This intuitive app simplifies the process of inputting and modifying geometry, forces, supports, and load cases for precise simulations. Real-time calculations deliver instant results, enhancing workflow efficiency.

Key features include a diverse range of load types (F, T, q – including rectangular and triangular loads), customizable beam end connections (fixed or hinge), versatile support options (fixed, hinge, roller, spring in any direction), and comprehensive material and section editing capabilities. Users can analyze moment, shear, stress, deflection, and reaction forces, along with performing unity checks.

For those seeking cutting-edge functionality, a beta testing program offers early access to the latest developments. A web version is also conveniently available at framedesign.letsconstruct.nl.

Core Capabilities of FrameDesign:

• Geometric Modeling: Precise input and editing of frame geometry ensures accurate simulations.
• Load Definition: Supports diverse load types for realistic scenario modeling.
• Connection Specifications: Define beam end connections as fixed or hinged.
• Support Configuration: Utilize a variety of support types for comprehensive analysis.
• Material Selection and Section Properties: Choose appropriate materials and sections for optimal design.
• Load Case Management: Define and analyze multiple load cases and combinations, including safety factors.

In short, FrameDesign provides a user-friendly environment for 2D hyperstatic frame design using Finite Element Analysis. Its comprehensive features streamline the design process, enabling users to efficiently analyze and optimize their structures. Become a beta tester or explore the web version to experience the power of FrameDesign. Download now and begin creating robust and efficient frame structures.