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Structural Analysis

STAAD.Pro & FEA-driven design of steel structures, industrial buildings and warehouses — engineered for wind, seismic and connection integrity, from analysis to fabrication-ready drawings.

24-Hour Quote ResponseAI-Assisted WorkflowsEngineer-Reviewed QC

Structural Engineering Specialists

Qurosol delivers end-to-end structural engineering for steel structures, industrial buildings and warehouses — powered by STAAD.Pro and finite-element analysis. From the first load take-off to fabrication-ready drawings, we engineer every member, connection and anchor for strength, stability and long-term serviceability, in full compliance with international wind, seismic and steel-design codes.

We don't just run the software — we interrogate every result. Each model is built, verified and reconciled against first-principles structural mechanics before a single drawing is released. That discipline is why our designs pass third-party review the first time.

Wind & Seismic Design

Lateral loads govern industrial structures. We model wind and seismic action with rigour — automated, code-based load generation, full dynamic response and second-order stability — so your structure performs under the loads that matter most.

Wind Load Analysis

Automated wind-load generation and pressure mapping across every face, zone and roof geometry — gust, terrain, height and topography factors applied per code, including cladding and purlin design pressures.

IS 875 (Part 3) · ASCE 7 · EN 1991-1-4
Seismic Analysis

Equivalent static and response-spectrum analysis with site-specific spectra, importance and response-reduction factors — base shear, storey drift, torsion and stability fully verified.

IS 1893 · ASCE 7 · IBC · Eurocode 8
Dynamic & Modal Analysis

Natural frequencies, mode shapes and mass-participation checks — with time-history analysis for irregular, tall, crane-loaded or vibration-sensitive structures.

Response Spectrum · Time History
P-Delta & Stability

Second-order (P-Δ) and large-displacement analysis to capture sway amplification, member and frame buckling, and overall stability under critical load combinations.

P-Δ · Buckling · Drift Limits

Steel Structures & Warehouses

From pre-engineered warehouses to heavy crane structures and pipe racks, we design the full range of industrial steelwork — optimised for material, fabrication and erection.

Pre-Engineered Buildings (PEB) & Warehouses
Portal Frames, Trusses & Space Frames
Gantry / Crane Girders & Runway Systems
Mezzanine Floors, Platforms & Staircases
Pipe Racks & Technological Structures
Bracing Systems, Purlins & Secondary Steel
Skids, Equipment Support Frames & Modules
Lifting & Transport Analysis — Lugs, Tailing & Transport Cases

Bolted Connection & FEM Design

Connections decide whether a structure performs. We design and validate them to code — and where geometry is complex or critical, we go further with finite-element analysis of the joint itself.

Bolted & Welded Connection Design
Moment, Shear & Bracing Connections
Base Plate & Anchor Bolt Design (ACI 318 / AISC DG-1)
FEM of Bolted Connections — Bolt Forces & Prying
FEM of Complex Connection Details — Local Stress
Splice, Gusset, Cleat & Weld Capacity Checks

Codes & Industrial Standards

We design to the standard your project demands — Indian, American or European — and to your own project specifications.

Wind Codes

IS 875 (Part 3)ASCE 7EN 1991-1-4

Seismic Codes

IS 1893ASCE 7IBCEurocode 8

Steel Design

IS 800 (LSM)AISC 360EN 1993 (EC3)AISC DG-1API RP 2A-WSD

Loads, Anchors & Combinations

IS 875 (Parts 1–5)ACI 318ASCE 7Client Specs

What We Deliver

A complete, build-ready package — analysis, design, drawings and models — assembled to your loading and your standards. Where local stresses need detailed simulation, we escalate to FEA Static Structural.

Detailed Analysis & Design Reports (full calculations + code checks)
Customer-Specific Load Combinations
Design for Strength & Serviceability (drift, deflection, vibration)
Structural GA & Manufacturing / Fabrication Drawings
3D Structural Models
Anchor Bolt Layouts & Calculations
Connection Design Calculations & FEM Reports
Steel Take-off / Bill of Materials

Built With

STAAD.Pro
ANSYS FEM
AutoCAD
IS 800
AISC 360
IS 1893
ASCE 7
ACI 318

Common Questions

Which structural design codes do you analyse to?

IS 800, AISC 360 and EN 1993 (EC3) for steel design; IS 875, ASCE 7 and EN 1991-1-4 for wind; IS 1893, IBC and Eurocode 8 for seismic; ACI 318 and AISC Design Guide 1 for anchors and base plates; API RP 2A-WSD for offshore structures.

Do you design connections as well as members?

Yes — bolted and welded connections, moment, shear and bracing joints, base plates and anchor bolts, with finite-element validation of complex or critical connection details.

What does the delivery package include?

Full analysis and design reports with code checks, customer-specific load combinations, structural GA and fabrication drawings, 3D models, anchor bolt layouts, connection calculations and steel take-off / bill of materials.

How do you deliver analysis quickly without losing rigour?

AI-assisted model build-up and load bookkeeping shorten the analysis cycle, while experienced structural engineers own every assumption and verify every result before release.

Engineer It
Right the First Time

From warehouses to crane structures, pipe racks and complex connections — bring us your toughest structural challenge. We'll deliver analysis, connection design and fabrication drawings you can build from.

Prefer to talk? Call +91 8421 555 426 or WhatsApp us — we reply the same working day.

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