Licensed Professional EngineersServing [Cities, States, or Regions Served]
+1 (862) 332-1486Service
Linear and nonlinear analysis, finite-element modeling, lateral-load analysis, vibration assessment, and structural performance evaluation.
Some questions require more than code tables. We build and interpret analysis models — from single-member checks to full-building finite-element models — to evaluate strength, stability, serviceability, and dynamic behavior, and we translate the results into decisions a project team can act on.
When simpler methods can't answer the question reliably — irregular geometry, unusual load paths, dynamic behavior, or evaluations where extra capacity found through refined analysis avoids expensive strengthening. We recommend the simplest method that answers the question.
Yes, within professional and contractual boundaries. Independent capacity evaluations are common for equipment additions, change of use, and observed distress. We document what information the analysis relied on.
A report or calculation package stating the criteria, assumptions, methods, and results, plus the conclusion in practical terms: what the structure can support, and what, if anything, should change.
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Erected steel frame — placeholder
1600 × 900 recommended
Commercial
[City, State]
Composite steel floor framing on a braced-frame lateral system, with spread footings and grade beams below grade.
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Equipment foundation reinforcing — placeholder
1600 × 900 recommended
Industrial
[City, State]
Reinforced-concrete equipment foundations with vendor-specified anchorage, and a braced structural-steel pipe rack spanning the process area.
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Expansion steel against existing wall — placeholder
1600 × 900 recommended
Commercial
[City, State]
Steel-framed expansion with joist-and-deck roof, tied into the existing building's lateral system through a designed interface line.
Tell us about your project and we'll respond with availability, the right scope, and clear next steps.