FEA Consulting Services — Structural, Thermal, Fatigue & Nonlinear Analysis | ASME Compliant
Analyzer CAE Solutions delivers precision-grade finite element analysis services for pressure vessels, heat exchangers, piping systems, nozzle-shell junctions, rotating machinery, nuclear components and critical industrial equipment.
What Is Finite Element Analysis?
Finite Element Analysis is an advanced engineering simulation method used to predict how components behave under real operating conditions. It helps engineers evaluate stress, deformation, temperature, fatigue life, vibration response and structural safety before physical testing or manufacturing.
Analyzer CAE Solutions uses FEA to support design validation, failure investigation, code compliance and optimization of pressure vessels, heat exchangers, piping systems, rotating machinery, nuclear components and heavy engineering structures.
FEA Helps Evaluate
Our FEA Consulting Service Capabilities
Analyzer CAE Solutions supports product validation, code compliance, failure investigation and design optimization through advanced structural, thermal, fatigue, dynamic and nonlinear FEA.
Linear Static Structural Analysis
Stress, deformation and load-path evaluation for mechanical components, pressure equipment and support structures.
Nonlinear FEA
Elastic-plastic analysis, contact nonlinearity, large deformation and material nonlinear behaviour assessment.
Thermal & Thermo-Mechanical FEA
Temperature distribution, thermal stress and coupled thermal-structural analysis for critical equipment.
Fatigue Analysis
Fatigue life evaluation for cyclic loading, pressure cycles, thermal cycles and ASME-based fatigue assessment.
Seismic & Dynamic FEA
Modal, response spectrum, harmonic response and dynamic assessment for equipment and support structures.
Pressure Vessel FEA
ASME Section VIII Div 2 design-by-analysis, stress classification and stress linearization support.
Nozzle-to-Shell Junction FEA
Local stress evaluation, nozzle load assessment and reinforcement validation for pressure equipment.
Heat Exchanger FEA
Thermal, structural and tubesheet analysis support for heat exchangers as per applicable code requirements.
Lifting & Transportation Analysis
FEA support for lifting lugs, trunnions, saddles, transportation loads and handling conditions.
ASME-Compliant Pressure Vessel FEA and Design-by-Analysis
Analyzer CAE Solutions provides pressure vessel FEA support for code-based design validation, stress classification, stress linearization, fatigue assessment and design-by-analysis requirements.
Our team supports ASME Section VIII Div 2, ASME Section III, API 579 and TEMA-based analysis for pressure vessels, heat exchangers, nozzle-shell junctions, tubesheets, lifting lugs, trunnions and critical pressure equipment.
FEA Software and Engineering Codes We Work With
Industry-standard FEA tools and code-based engineering methods for reliable, review-ready simulation reports.
ANSYS Mechanical
Structural, thermal, nonlinear, fatigue and dynamic analysis workflows.
ANSYS APDL
Advanced scripting, custom post-processing and code-based automation.
ABAQUS
Nonlinear structural analysis, contact behaviour and material modelling.
NASTRAN
Structural, modal and dynamic analysis support for validation.
ASME Section VIII Div 2
Pressure vessel design-by-analysis and stress classification.
API 579 / FFS
Fitness-for-service assessment for damaged or thinned equipment.
ASME Section III
FEA support for nuclear components and pressure boundary equipment.
TEMA
Heat exchanger and tubesheet-related engineering assessment support.
Industries Served by Our FEA Consultants
Analyzer CAE Solutions provides FEA consulting services for engineering teams working on critical equipment, pressure systems, mechanical structures and industrial assets.
Oil & Gas
Pressure vessels, piping systems, separators, skid structures, offshore components and process equipment.
Nuclear Power
Seismic, thermal and structural FEA for nuclear components, supports and pressure boundary equipment.
Pressure Vessel Fabrication
ASME Section VIII Div 2 design-by-analysis, nozzle-shell junctions, lifting lugs and fatigue checks.
Heat Exchanger Manufacturing
Tubesheets, shell-side components, thermal stress, UHX-related assessments and support structures.
Process Industry
Reactors, tanks, pressure equipment, support structures and thermal-structural validation.
Aerospace & Defence
Structural, thermal, fatigue and vibration analysis for aerospace components and defence equipment.
Automotive
Chassis, brackets, housings, fatigue-sensitive components and lightweight structural optimization.
Heavy Engineering
Large fabricated structures, lifting systems, machinery frames, supports and industrial assemblies.
Reducing the Risk of FEA Outsourcing
Analyzer CAE combines code-aware simulation, senior review and structured reporting to help international engineering teams outsource FEA work with confidence.
FEA Case Studies and Technical Insights
Explore selected FEA-related case studies and technical content covering pressure equipment, nuclear applications, piping integrity and engineering simulation.
Fitness-For-Service Assessment of General Metal Loss in a Straight Piping Segment
General metal loss caused by long-term corrosion is one of the most common degradation mechanisms in carbon steel piping systems operating in refinery and petrochemical environments.
Read Case Study
FEA of Pumps
Pump assemblies used in nuclear power plant applications need to be evaluated for design parameters and seismic qualification to ensure reliability in critical applications.
Read Case Study
Finite Element Analysis in the Nuclear Ecosystem: Enhancing Safety and Performance
Finite Element Analysis serves as a cornerstone for ensuring structural integrity and performance of critical components in nuclear power systems.
Read BlogFEA Consulting FAQs
Quick answers to common questions about Analyzer CAE’s FEA consulting services, ASME code compliance, stress linearization and project deliverables.
What is the difference between ASME Section VIII Div 1 and Div 2 FEA?
ASME Section VIII Div 1 is generally based on design-by-rule methods, while ASME Section VIII Div 2 allows design-by-analysis using FEA for more detailed stress evaluation, stress classification and fatigue assessment.
How do you handle stress linearization in pressure vessel FEA?
Stress linearization is carried out across defined stress classification lines to separate membrane, bending and peak stresses. These results are then reviewed against the applicable ASME acceptance criteria.
Can Analyzer CAE work with my existing FEA model?
Yes. Analyzer CAE can review existing CAD or FEA models, check assumptions, material properties, contacts, mesh quality, load cases, boundary conditions and reporting requirements before continuing the analysis.
What deliverables do I receive from an FEA consulting project?
Deliverables typically include methodology, assumptions, geometry details, material properties, mesh details, load cases, boundary conditions, result plots, code checks where applicable and engineering conclusions.
Get an FEA Consulting Quote
Share your project scope — component type, applicable code, load cases and desired turnaround. Our senior engineers will review your requirement and respond with scope confirmation, methodology and an indicative quote.