Global Structural Engineering Package Analysis
This interactive dashboard provides a comprehensive analysis of structural engineering deliverables tailored for global markets: the United States, Canada, Norway, Australia, and India. To execute seamlessly through Consac, our structural packages strictly align localized building codes, load factors, material mechanics, and LOD 400 BIM detailing requirements.
Explore our five specialized service offerings across international jurisdictions using the interactive matrices, comparative visualizations, and live code lookup tools below.
Interactive Service & Regional Code Matrix
Select a target jurisdiction and structural engineering component to view localized governing standards, design paradigms, failure limit states, and critical detailing mandates.
Quantitative Cross-Country Visualizations
Visual comparison of code-mandated design thresholds, safety factors, and structural mechanics criteria across international markets.
Industrial Handrail Load (N/m)
Minimum required horizontal design live load on top guardrails across standard codes.
*Note: Australia (AS 1657) increases load to 730 N/m under high fall risk / wind exposure. OSHA applies 890 N concentrated point load.
Geotechnical Foundation Safety Factor Model
Comparison of Global Factor of Safety (WSD) vs. Partial Load/Resistance Factors (LRFD/LSD).
*Note: India IS 2911 retains a global FoS = 2.5 on ultimate load for driven/bored piles, while Eurocode 7 and ACI/CSA use partial factors.
Interactive Engineering Rule & Standard Lookup Tool
Select specific project parameters to generate a breakdown of localized governing standard equations, geometry constraints, and minimum material specifications for Consac package development.
Click "Generate Engineering Basis" to inspect exact governing parameters, design limits, and failure check items...
LOD 400 BIM Integration & QA/QC Delivery Pipeline
Our standard execution protocol translates mathematical analysis directly into shop-ready 3D parametric models, automated CNC files, and sealed engineering packages.
Calculations & Code Limits
Execution in STAAD.Pro, RAM Connection, or SkyCiv validating utility ratios below 1.0 against LRFD/LSD/Eurocode limit states.
Tekla / SDS/2 (LOD 400)
Creation of high-fidelity 3D geometry incorporating exact bolt hole sizes, weld throat thicknesses, plate chamfers, and clash detection.
DSTV / NC & Shop Drawings
Automated extraction of machine-readable CNC files for beam drill lines, plasma cutters, and automated Bar Bending Schedules (BBS).
P.Eng / PE / CPEng Seal
QA/QC checklist audit, structural peer review, and legal engineer sealing for municipal permitting across target countries.
| Deliverable Type | File Formats | Technical Scope | Quality Assurance Metric |
|---|---|---|---|
| 3D BIM Model | .DB1 (Tekla), .IFC, .RVT |
LOD 400 model with exact gusset plates, stiffeners, bolt assemblies, anchor bolts | Zero hard clashes with MEP / Architecture |
| Fabrication Drawings | .DWG, .DXF, .PDF |
Single-part and assembly drawings with weld symbols, edge distances, hole offsets | Synchronized dimensions with 3D model |
| CNC Machine Files | .NC1, .DSTV, .DXF |
Direct instruction data for CNC plasma, automated drill lines, and roll formers | Material scrap waste margin < 2% |
| Structural Calculation Reports | .PDF (Bookmarked) |
Detailed mathematical limit state checks, load combination breakdowns, member utility ratios | Utility ratio max < 1.0; Qualified PE/P.Eng seal |
Subscribe to Our Newsletter
It is a long established fact that a reader will be distracted by the readable content of a page when looking at its layout. The point of using Lorem Ipsum is that it has a more-or-less normal distribution
