ID Solver
Automated EN 1993, EN 13001, & DNV 2.7-3 Weld Assessment
Accelerate structural integrity analysis with cloud-native automation that bridges raw FEA results and strict standards compliance.
Select your calculation module:
Bridging FEA and Eurocode Compliance
ID Solver transforms complex finite element data into actionable engineering insights. Designed for structural engineers, it streamlines the assessment of welded connections against EN 1993‑1‑8 (static strength), EN 13001‑3‑1 (cranes), and DNV 2.7‑3 (onshore/offshore lifting).
Whether you're working with point cloud data from Abaqus, Ansys, Inventor, or other FEA software, ID Solver offers an intuitive interface to define weld paths, assign material properties, and instantly verify compliance. Automated reports reduce manual calculation time and ensure consistency across projects.
Key Capabilities
Static Strength Verification
Evaluate ultimate limit state (ULS) forces using material‑specific Beta W values and strength parameters. Supports both simplified and directional vector EC3 checks.
Fatigue Life Assessment
Interactive EN 1993‑1‑9 FAT Class selector with dynamic stress range scaling and slope (m) tracking. Cumulative damage (Miner’s rule) calculations built‑in.
Interactive 3D Paths
Manually define complex failure paths directly on your FEA point cloud. Visualise stress distributions along the weld contour using fully interactive 3D color gradients.
Automated Reporting
- Master HTML Summary: Clean tables with inputs, capacities, and final utilisation ratios.
- Standalone 3D Plots: Interactive viewer files for every weld to visually inspect failure paths.
- 100% Offline: Review results anywhere, without needing an internet connection.
Material Library
Built‑in database of steel grades (S235 to S960) configured to strict EN 1993‑1‑1 and EN 13001‑3‑1 material tables. Includes yield strength, ultimate strength, and dynamic Beta W correlation.
Cloud‑Native Platform
Leverage secure cloud infrastructure to manage large FEA datasets and collaborate with distributed teams. Experience full engineering capabilities directly in your browser with no local setup.
How It Works
Three simple steps to structural verification
Import FEA Data
Upload your stress/strain point cloud from Inventor, Ansys, Abaqus, or other FEA software. Define your base load steps and multipliers.
Assign Parameters
Choose your target code (EC3, Cranes, or DNV). Assign material grades, throat sizes, and explicitly draw critical 3D failure paths for complex joints.
Verify & Report
Instantly calculate directional stresses and generate detailed, shareable HTML compliance reports with built-in 3D result visualisers.