High-Fidelity Analysis -

Done in Less Time and Cost

We use automation tools, and years of experience to swiftly perform complex finite element analysis. Less time translates to lower analysis costs and shorter time to market.

What we do

We specialize in Thermal-Structural finite element analysis (FEA), offering expertise in evaluating both existing market products and new product development—from concept to prototyping and testing.

Our mission is to facilitate rapid progress for our clients through dependable simulation-driven design and analysis. 

 

Why Endeavos Innovations

In our initial consultation, we evaluate your analysis needs in the context of your business or R&D objectives and provide strategic advice. Don’t hesitate to contact us for your complimentary consultation.

In some cases, FEA might not be the right approach.

We maintain fixed analysis costs to prevent budget overruns, prioritizing desired outcomes and iterating until they’re achieved.
We harness extensive experience, and a systematic methodology combined with custom automation tools to swiftly deliver projects. Automation also minimizes errors and time wasted in rework.

Every analysis is focused on achieving desired objectives to enable rapid progression of the overall project.

We value the desired outcome, not the analysis.

We maintain fixed analysis costs to prevent budget overruns, prioritizing desired outcomes and iterating until they’re achieved.
At the end of a project, we provide a comprehensive project report, consolidating analysis findings and recommendations aligned with the project objectives or desired outcomes.
We are readily available to help our clients meet tight deadlines and shortages of in-house capacity or expertise.

Services

  • Thermal – structural coupled or independent.
  • Conduction convection and radiation. Thermal steady state & transient. 
  • Nonlinear structural analysis using linear, nonlinear & complex material models
  • Bolted and Riveted Joints.
  • Seals and Gasket Joints.
  • Bonded, soldered, and Welded joints.
  • Press fitted and Snap Fit Joints
  • Extreme & Fatigue Loads Analysis.
  • Optimal Material Selection.
  • Simulation Driven Design.
  • Sensitivity Analysis.
  • Multiple Design Explorations and Comparisons.
  • Structural lightweighting using parametric, Shape, and Topology Optimization.
  • Part Consolidation to reduce cost.
  • Generative Design for Additive Manufacturing
  • Transient flexible and Rigid Body Analysis.
  • Modal, Harmonic, and Spectrum Analysis. 
  • Impact Dynamics.
  • Random Vibrations Analysis.
  • Modeling composite layups.
  • Composite Failure Analysis.
  • Micro and Macro Scale Analysis to determine lamina and laminate properties.
  • Thermal – structural coupled or independent.
  • Conduction convection and radiation. Thermal steady state & transient. 
  • Nonlinear structural analysis using linear, nonlinear & complex material models
  • Bolted and Riveted Joints.
  • Seals and Gasket Joints.
  • Bonded, soldered, and Welded joints.
  • Press fitted and Snap Fit Joints
  • Extreme & Fatigue Loads Analysis.
  • Optimal Material Selection.
  • Simulation Driven Design.
  • Sensitivity Analysis.
  • Multiple Design Explorations and Comparisons.
  • Structural lightweighting using parametric, Shape, and Topology Optimization.
  • Part Consolidation to reduce cost.
  • Generative Design for Additive Manufacturing
  • Transient flexible and Rigid Body Analysis.
  • Modal, Harmonic, and Spectrum Analysis. 
  • Impact Dynamics.
  • Random Vibrations Analysis.
  • Modeling composite layups.
  • Composite Failure Analysis.
  • Micro and Macro Scale Analysis to determine lamina and laminate properties.

* All FEA models are verified by analytical formulation (if available) or simple hand calculations.

Testimonials​

Ready to get started?

Schedule a Discovery Call with us below and we’ll see if we’re a good fit!