The app allows users to sketch and analyze structural systems on the iPad. Analysis results like deformations and section forces are visualized instantly, with finite element analysis performed in the background.
by Duy Truong★ 5.07 ratingsEducationFreeData updated 2026-10-20
Model structures, analyze forces, visualize results
Create 3D structural models of -frames. Perform static and dynamic elastic analysis. View deflections, forces, natural frequencies, and mode shapes graphically. Interact with results for numerical data at any member location.
Calculate parameters and convert units between metric and imperial systems. Access tools for critical bending moment, maximum stress, and deflection. Input loads and dimensions to determine structural properties.
Scan positions from printed materials or 2D sources to analyze moves. Capture video frames to evaluate positions in real-time. Search for video tutorials matching scanned diagrams. Receive move suggestions and engine analysis.
Create 2D scenes with realistic physics. Add and manipulate objects to simulate motion and interactions. Test designs for stability and functionality. Analyze forces and motion. Build and refine mechanical structures. Share creations with others.
Chess game archives and analysis are available for review. Live AI assistance is provided via BLE connection to the chessboard. Internet access is enabled for playing against remote opponents on multiple chess platforms.
Identify common postural disorders through guided assessments. Learn correction techniques with detailed explanations. Track progress with analysis tools. Access exercises to improve alignment and muscle balance.
Access element data including atomic mass, density, melting and boiling points, atomic radius, and electronegativity. Tap elements to view Wikipedia pages for detailed information.
AI-powered essay and content writing with multiple model options. nd analyze images using vision tools. Switch between AI models for different tasks. Create and edit and presentations with AI assistance.
Measure acceleration, orientation, and motion with built-in sensors. Record and analyze real-time data for experiments. Detect and generate sound tones. Visualize audio waveforms. Export measurements and graphs for scientific use.
Calculator provides tools to analyze and convert and Civil parameters. Users can calculate critical bending moments for rectangular, open, and nonuniform cross sections. Additional calculators for stress and deflection are available via in- purchase.
Allows users to perform calculations for and engineering parameters. It includes formulas and definitions for each calculation. Users can compute force, friction, centripetal force, work, power, displacement, and more.
Design lenses, simulate optics, control components
Model 2D lenses and mirrors with precise control over shape and placement. Design aspheric surfaces and perform geometric ray tracing. Conduct sequential and non-sequential analysis. Calculate front and back focal lengths and principal surfaces.
Explore 3D human models with interactive rotation and zoom. Perform virtual dissections to reveal layers and structures. Watch over 100 muscle action movies and physiology animations. Use audio pronunciation for anatomical terms.
The app calculates shearforce, applied moment, buckling resistance, and deflection for roof, floor, and wall loads. Users can input beam span and select beams, then email results for printing or submission.