Mechanical FEA

At 3P Tech Serv, we deliver specialist finite element analysis services for mechanical and structural engineering applications — providing manufacturers, OEMs, and EPCs with accurate, simulation-backed design verification that goes beyond the limits of standard hand calculation methods.

From mechanical stress analysis services and structural FEA services for industrial equipment to static and dynamic analysis services and ANSYS simulation services for mechanical applications, our experienced FEA team provides rigorous, well-documented simulation results that give you confidence in your design — whether you are verifying a new equipment design, investigating a field failure, or optimising an existing component for weight or performance.
Finite Element Analysis Services for Mechanical Applications

Our finite element analysis services for mechanical applications cover the full scope of FEA simulation for pressure equipment, structural components, and mechanical assemblies. Using industry-standard FEA software including SolidWorks Simulation, Autodesk Inventor Nastran, and ANSYS, we build accurate simulation models that capture real-world geometry, material behaviour, loading conditions, and boundary conditions — providing results that are directly applicable to design decisions and code compliance assessments. Every analysis is accompanied by a clear, well-structured report that presents the methodology, assumptions, results, and conclusions in a format suitable for client review and third-party verification.

Structural FEA Services for Industrial Equipment

Our structural FEA services for industrial equipment address the full range of structural integrity challenges encountered in process plant and manufacturing environments — including pressure vessels, heat exchangers, storage tanks, skid frames, pipe supports, platforms, and lifting equipment. We evaluate structural performance under operating loads, self-weight, thermal loads, wind and seismic loading, and dynamic excitation — identifying stress concentrations, deflection issues, and load path inefficiencies that may not be apparent from simplified analytical methods. Our industrial structural analysis services are structured to provide actionable engineering insight, not just simulation output.

Mechanical Stress Analysis Services

Our mechanical stress analysis services provide detailed evaluation of stress distribution in mechanical components and assemblies under all relevant load conditions. We assess primary membrane stress, bending stress, peak stress, and stress linearisation in accordance with applicable design codes — including ASME VIII Div 2 stress categorisation for pressure-containing equipment. Our analysis covers a wide range of components including nozzle junctions, flanged connections, support attachments, lifting lugs, and custom fabricated structures — giving you a complete picture of component integrity under design, operating, and extreme load conditions.

Static and Dynamic Analysis Services

Our static and dynamic analysis services cover both steady-state structural behaviour and time-varying dynamic response — addressing the full range of loading scenarios encountered in industrial equipment design. Our static analysis work covers linear and non-linear structural response under applied loads, pressure, and thermal conditions. Our dynamic analysis capabilities include natural frequency and modal analysis, harmonic response analysis for rotating equipment vibration, random vibration analysis, and transient dynamic analysis for impact and shock loading scenarios — providing a comprehensive picture of structural behaviour across the full operating envelope of your equipment.

ANSYS Simulation Services for Mechanical Applications

Our ANSYS simulation services for mechanical applications leverage the advanced capabilities of ANSYS Mechanical to address complex simulation requirements that go beyond the scope of standard FEA tools. We use ANSYS for high-fidelity structural analysis of complex geometries, non-linear material behaviour, contact mechanics, and multi-physics coupling — delivering simulation results of the highest accuracy for demanding applications in pressure equipment, rotating machinery, and structural engineering. Our ANSYS simulation work is performed by experienced engineers who understand both the software capabilities and the underlying engineering principles — ensuring that simulation models are built correctly and results are interpreted with sound engineering judgement.

Industrial Structural Analysis Services

Our industrial structural analysis services cover the full range of structural engineering challenges encountered across the process, oil and gas, power, and manufacturing sectors. We perform structural analysis for equipment supports, pipe racks, mezzanine platforms, access steelwork, lifting frames, skid structures, and foundation interfaces — using both FEA methods and conventional structural analysis approaches as appropriate to the complexity of the structure. Our analysis work is fully documented and presented in a format suitable for internal design review, client submission, or third-party structural certification — giving you complete confidence in the structural integrity of your industrial facilities and equipment.

Common questions

Frequently asked questions

Finite element analysis services for mechanical applications are typically required when component geometry is too complex for standard analytical methods, when local stress concentrations need to be evaluated in detail, or when code-based hand calculations produce overly conservative results that penalise the design. FEA is also the appropriate tool when dynamic behaviour needs to be assessed — such as natural frequency evaluation for rotating equipment supports or transient response to impact loading. Our team can advise on the most appropriate analysis approach for your specific design challenge.
Our structural FEA services for industrial equipment cover a broad range of equipment types — including pressure vessels, heat exchangers, storage tanks, skid frames, lifting equipment, pipe supports, structural platforms, and custom fabricated assemblies. Our industrial structural analysis services are applicable across the process, oil and gas, power generation, and manufacturing sectors — and we tailor our analysis approach to the specific code requirements and design intent of each equipment type.
Stress linearisation is a technique used in mechanical stress analysis services to separate the total stress at a cross-section into membrane, bending, and peak stress components — allowing each component to be assessed against the appropriate allowable stress limit in accordance with design codes such as ASME VIII Div 2. It is typically applied at nozzle junctions, support attachments, and other geometric discontinuities where stress concentrations are present. Our team applies stress linearisation as part of our broader FEA-based pressure vessel design verification work, ensuring that analysis results are correctly interpreted and compared against code allowables.
Our static and dynamic analysis services cover a comprehensive range of dynamic simulation capabilities — including natural frequency and modal analysis, harmonic response analysis for rotating machinery vibration, random vibration analysis for equipment subject to broadband excitation, and transient dynamic analysis for impact and shock loading scenarios. These capabilities are particularly valuable for equipment installed in vibration-sensitive environments, rotating machinery supports, and lifting equipment subject to dynamic loading during operation or transport.
Our ANSYS simulation services for mechanical applications provide access to advanced simulation capabilities that go beyond the scope of standard FEA packages — including high-fidelity non-linear structural analysis, contact mechanics modelling, coupled thermal-structural analysis, and advanced material behaviour modelling. ANSYS is particularly well suited to complex geometry, multi-body contact problems, and scenarios where non-linear effects such as large deformation or plastic behaviour need to be captured accurately. Our engineers apply ANSYS capabilities with sound engineering judgement — ensuring that simulation models are appropriately built and results are correctly interpreted for design decision-making.
Quality and accuracy in our finite element analysis services for mechanical applications are assured through a structured approach to model building, validation, and results interpretation. We apply appropriate mesh density, element types, and boundary conditions for each analysis scenario — and where possible, we validate FEA results against hand calculations or published benchmark solutions. Every analysis is reviewed by a senior engineer before issue, and all reports are structured to clearly present the modelling assumptions, load cases, results, and conclusions in a format that allows the client and any third-party reviewer to assess the analysis with confidence.
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