Structural Calculations
MSC provides project-specific structural calculations for modular structures based on the design criteria applicable to the intended project location. These calculations help support structural review, permitting, and project coordination by addressing the loads, support conditions, and design assumptions relevant to the structure.
Our approach is practical and scope-driven, helping clients move forward with engineering that is aligned with real project conditions rather than generic one-size-fits-all assumptions.
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Sneak Peak of Our Structural Analysis
A visual overview of how we evaluate structural behavior through stress, deflection, wind response, anchorage, and foundation reaction analysis.
Anchor plate and foundation reaction analysis showing connection forces, plate behavior, and concrete stress response at the support interface.
Finite element analysis of a lifting lug connection showing localized stress distribution, deformation, and support reactions under lifting load.
Global deformation analysis during lifting, used to evaluate frame behavior, load path continuity, and overall deflection response.
Support reaction map showing how structural loads are transferred into the foundation system across multiple bearing points.
Transport frame analysis highlighting stress patterns and load transfer during trailer-supported delivery conditions.
Integrated structural analysis showing global deformation, member stress distribution, and support reactions within an elevated container structure.
Wind tunnel and pressure analysis of a tall container-based structure used to study lateral response and localized wind demand.
Wint load simulation analysis on container structure
Completed container structure paired with analysis visuals showing how lifting behavior and overall deformation were evaluated against the final built form.
Deflection check of a modified container structure showing how gravity and lateral loads affect global behavior around openings and framing changes.
Finite element modelling on container cargo door.
Buckling analysis of container door post
Structural analysis of a tension fabric canopy system, showing how member forces, overall stability, and load response were evaluated alongside the completed built structure.
53ft Conveyor Bridge Over an Interstate Highway. Wind load deflection analysis of an elevated container structure, showing global deformation response, lateral wind effects, and comparison with the completed installed condition.
What Makes Our Structural Calculations Package Valuable
Clear design basis — the package begins with governing criteria, loading assumptions, and code-based parameters.
Complete load development — dead, live, roof live, snow, wind, and seismic effects are developed separately and combined methodically.
Detailed finite element analysis — the structure is reviewed using modeling that reflects actual geometry, framing, and component behavior.
Member-by-member verification — key steel elements are checked individually, not just as part of a global model.
Strength and serviceability review — stresses, deflections, and drift are reviewed alongside capacity checks.
Useful support data — reactions are reported clearly so load transfer into the support system can be understood.
Why It Matters to Your Project
Reduces guesswork by replacing assumptions with traceable calculations.
Helps identify which members and load cases control the design.
Shows how openings and framing modifications affect structural behavior.
Provides reaction data and performance checks that support better project decisions.
What We Analyze
Design criteria, code basis, and project loading requirements
Dead, live, roof live, snow, wind, and seismic loads
ASD and LRFD load combinations
Finite element modeling based on actual structural geometry
Member checks for rails, posts, headers, sills, floor framing, and other key components
Stress review and serviceability checks
Roof, floor, wind, and seismic deflection behavior
Support reactions from gravity, wind, and seismic cases
Typical Deliverables
Design criteria summary
Code-based load calculations
ASD and LRFD load combinations
Finite element model views
Applied load case graphics
Member design check summaries
Stress and deflection review
Support reaction tables
Organized structural calculations package from criteria through verification outputs
Need Structural Calculations For Your Project?
Send us your drawings, project criteria, and structural scope to get started.