Structural Analysis

Services

Structural Analysis

Certification-ready structural simulation with explicit assumptions, traceable load cases, and defensible reporting. We cover strength, fatigue, buckling and nonlinear response — from concept screening to design freeze.

Overview

Engineering-first, decision-grade results

Standards • Validation • Traceability • Clean deliverables
01

Strength & stiffness

Linear static, deflection control, load path clarity, support/fixture realism.

02

Buckling & stability

Eigen buckling screening + nonlinear collapse when stability is critical.

03

Fatigue & durability

S-N / ε-N approach, damage accumulation, weld/detail focus where needed.

04

Nonlinear behavior

Contact, plasticity, large deformation and assembly effects when linear is not enough.

05

Test correlation

Model calibration to measured stiffness/strain where validation is available.

06

Clear reporting

Assumptions → load cases → results → margins → recommendations.

Capabilities

What we can cover

Analysis types

  • Linear static (strength, stiffness, load path)
  • Modal / frequency checks (when structural dynamics matter)
  • Eigen buckling and nonlinear buckling
  • Nonlinear: contact, plasticity, large deformation
  • Fatigue: constant amplitude / spectrum / duty-cycle based

Engineering focus areas

  • Bolted joints, welds and local details
  • Bracketry, frames, housings and mounts
  • Load introduction points & boundary condition realism
  • Material allowables, safety factors, margin-of-safety logic
  • Design iteration support and optimization loops

Deliverables

Clean outputs your team can sign off

Technical report

Model setup, assumptions, load cases, results, margins, and engineering recommendations.

Result package

Plots, tables, critical locations, reaction forces, deflections, stress maps, buckling factors.

Traceability

Requirements → load cases → analysis runs → acceptance criteria, including versioning notes.

Workflow

How we work

Step 1

Inputs & assumptions

Geometry, materials, interfaces, environment, acceptance criteria. We document assumptions explicitly.

Step 2

Load cases & boundaries

Realistic constraints, load introductions, fixture effects. Sanity checks before full runs.

Step 3

Solve & verification

Mesh strategy, convergence checks, sensitivity review where needed (not “pretty pictures”).

Step 4

Results → decisions

Margins, hotspots, redesign actions, and a clear recommendation for sign-off.

Need structural validation with defensible documentation?

Share your constraints and load envelope — we will respond with scope, timeline and deliverables.