FrameDesign

FrameDesign is a powerful app designed for civil engineers, mechanical engineers, architects, and students who need to design 2D hyperstatic frames using Finite Element Analysis (FEA). This app allows users to easily input and edit geometry, forces, supports, and load cases to create accurate simulations. Real-time calculations provide instant results.

FrameDesign offers a wide range of features, including:

• Geometry Input and Editing: Users can customize their frame designs with precise geometry input and editing.
• Load Input: The app supports various load types, such as F (force), T (torque), and q (rectangular and triangular loads), enabling accurate simulation of real-world scenarios.
• Beam Connections: Users can choose from fixed and hinge connections at beam ends, accurately modeling frame behavior under different conditions.
• Support Options: The app offers various support types, including fixed, hinge, roller, and spring supports in any direction, allowing users to represent external forces and analyze their impact.
• Material and Section Editing: Users can add or edit materials and sections for their frame designs, selecting the most suitable options for optimal performance and efficiency.
• Load Cases and Combinations: The app supports load cases and load combinations, including safety factors, enabling users to simulate different scenarios and analyze frame behavior under various conditions.

FrameDesign provides a user-friendly platform for designing 2D hyperstatic frames using Finite Element Analysis. Its comprehensive features allow users to easily input and edit geometry, load inputs, beam connections, support options, materials, and sections. Users can also analyze various load cases and combinations, gaining valuable insights into the performance and behavior of their frame designs.

Experience the cutting-edge developments of FrameDesign by becoming a beta tester or exploring the web version on FrameDesign.letsconstruct.nl. Download the app now and start designing efficient and safe frame structures.