Steel Frame Analysis
Model beams, columns, bracing, connection assumptions and support restraints to study member forces, frame stability and overall deformation under specified loading.
Structural engineering support
Structural Analysis Services for Steel & Concrete Structures
Structural analysis translates project geometry, material properties, support conditions and applied loads into a reviewable assessment of structural response. We support engineering teams with analytical modeling, calculation documentation and coordinated drawing inputs for buildings, industrial structures and equipment-support systems.
Load paths & combinationsForces, stresses & deflectionsTraceable engineering inputs
Illustrative analysis schematic; not a calculation, verified design or construction document.
Analysis scope
Structural behavior assessed against a defined design basis
Projects differ in geometry, structural system, material, site actions and regulatory requirements. The analysis package is defined around the criteria established by the responsible engineer.
Reinforced Concrete Structures
Analyze concrete frames, slabs, beams, columns and supporting systems using project-defined material behavior, support conditions and load assumptions.
Load Cases & Combinations
Organize permanent, imposed, wind, seismic, equipment and other applicable load cases and combinations as directed by the governing code and design team.
Stress, Deflection & Stability
Document member actions, displacement trends, drift, reactions and stability concerns for review against project-specific acceptance criteria.
Industrial & Equipment Supports
Support analysis of pipe racks, equipment frames, platforms, skids and process-support steelwork, including specified installation and operating load scenarios.
Specialized Analysis Support
Scope finite-element, vibration, dynamic, nonlinear or lifting/transportation evaluations where the project demands them and appropriate engineering inputs are available.
Defined outputs
Analysis deliverables that support engineering decisions
The precise analyses, model fidelity, report format and acceptance criteria are set before work begins.
- Analysis model with documented geometry, members, properties and boundary assumptions
- Load schedules, load paths, cases and combinations used in the analysis
- Member force, reaction, stress or utilization summaries where applicable
- Deflection, drift or displacement results where within the agreed scope
- Calculation notes, assumptions, exceptions and results summaries
- Marked-up drawings, coordination comments and revision-controlled reports
Controlled workflow
Analysis organized from design basis to reviewed results
Engineering questions, conflicting source values and unverified assumptions are made visible rather than silently carried into final documents.
Confirm design basis
Review geometry, scope, applicable actions, design criteria and responsible engineering authority.
Develop analytical model
Establish members, material properties, restraints and project-defined load cases.
Evaluate response
Review calculated reactions, forces, movements and anomalies; flag inputs needing clarification.
Document for review
Issue the agreed results and calculation package for checking, comments and authorized revision.
Engineering accountability
Analysis results are inputs to design decisions—not automatic approval
Calculated results depend on model idealization, load completeness, support assumptions, chosen methods and the governing code. A model that runs successfully is not itself evidence of code compliance or structural adequacy.
The engineer of record or other authorized professional retains responsibility for selecting design criteria, validating assumptions, interpreting results, approving member and connection designs, signing or stamping deliverables where required, and authorizing construction use. Any licensed engineering or certification scope must be separately defined.
Frequently asked questions
Structural analysis FAQs
What information is required before structural analysis begins?
The initial package normally includes current geometry, structural layout, material properties, design loads, support conditions, applicable code and the engineer's design criteria. Missing or conflicting assumptions must be clarified before relying on results.
Can analysis cover both steel and reinforced concrete structures?
Yes. The appropriate method and model representation depend on the structural system, materials, design stage and project-specific criteria. Steel and concrete may be modeled separately or within a coordinated structural system as needed.
Does structural analysis include seismic or dynamic evaluation?
It can where required by the agreed scope. Seismic, vibration, dynamic, nonlinear or special-event analysis requires suitable project inputs, assumptions, acceptance criteria and qualified engineering review.
Is an analysis report the same as an approved structural design?
No. An analysis report presents modeled assumptions and calculated responses. Design adequacy, code compliance, professional certification and release for construction require review and authorization by the responsible engineer.
Discuss your analysis package
Need structural analysis and design-support documentation?
Share your project drawings, loading information, analysis objectives and required outputs. Our team can review the scope and clarify documentation needs.