01 / STRUCTURAL ANALYSIS
Equipment & Support FEA
Evaluate equipment frames, skids, supports, housings and pressure-related components under defined mechanical and operating loads, with appropriate boundary conditions and acceptance criteria.
Industry Solutions · Energy & Process Equipment
Engineering Safer, More Efficient Process Equipment
Support equipment design and performance evaluation with structural analysis, thermal-fluid simulation and connected engineering software workflows.
CAD · CAE · FEA · CFD · Thermal & Flow Simulation · Engineering Software
Precision. Performance. Reliability.
Support equipment operating under demanding conditions
Energy and process equipment can face pressure, temperature gradients, vibration, thermal cycling, fluid loads and complex support conditions. Engineering teams need to understand the response of individual components and integrated systems while balancing performance, reliability and maintainability.
Benedes Engineering helps teams explore CAD, FEA, CFD and fluid-system simulation tools for process equipment, energy systems and supporting mechanical infrastructure.
- Evaluate structural response under pressure, weight and mechanical loads.
- Investigate thermal stress, deformation and operating temperature effects.
- Study fluid flow, pressure loss, heat transfer and system behaviour.
- Assess supports, frames, bolted connections and equipment interfaces.
- Support software implementation, engineering workflows and technical training.
Digital engineering for process and energy equipment
Our Engineering Capabilities
From digital design to simulation-led validation
Choose the right combination of engineering software and technical services to investigate design performance, improve confidence and support your development workflow.
02 / THERMAL PERFORMANCE
Thermal Stress & Heat Transfer
Investigate temperature fields, heat transfer and thermal expansion effects in equipment exposed to operating temperature gradients or thermal cycles.
03 / PROCESS FLOW
CFD & Fluid-System Simulation
Study pressure drop, flow distribution, transient system behaviour and thermal-fluid performance in suitable process systems and equipment.
04 / DYNAMIC RESPONSE
Vibration & Fatigue
Explore modal behaviour, cyclic loads and fatigue-sensitive areas in equipment and supporting structures where data and analysis scope permit.
05 / MECHANICAL DESIGN
CAD & Assembly Engineering
Support component design, assemblies, drawings, design changes and preparation of engineering models for analysis and review.
06 / SOFTWARE ENABLEMENT
Engineering Tools & Support
Explore appropriate software for CAD, FEA, CFD and flow systems with selection guidance, demonstrations, implementation and training.
Applications
Where our engineering capabilities can help
Our software and simulation capabilities can support a range of mechanical, thermal and fluid engineering problems. The exact scope depends on component details, operating conditions, available data and project requirements.
Process Skids & Packages
Pressure Equipment & Vessels
Power Generation Systems
Industrial Piping Networks
Heat Exchangers & Coolers
Equipment Supports & Frames
Fluid Handling Systems
Energy Conversion EquipmentEngineering Software Portfolio
Connected design and simulation workflows
Modern product development benefits when geometry, simulation models and engineering decisions are connected. Benedes can help you explore software suited to your design and analysis needs, including tools for CAD, structural analysis, computational fluid dynamics and lifecycle collaboration.
As a Siemens-authorized Value-Added Channel Partner, Benedes supports customers with Siemens Digital Industries Software products, alongside selected complementary engineering solutions.
A Practical Approach
Start with the engineering question
Every project has different loads, constraints, materials, operating environments and acceptance criteria. We begin by understanding your objective and then discuss an appropriate software, support or simulation approach.
- Clarify the design issue, operating envelope and required output.
- Review geometry, materials, boundary conditions and available test data.
- Identify a suitable software workflow or analysis scope.
- Agree on deliverables, assumptions, review points and next steps.
How We Work
A clear process from problem definition to engineering insight
A structured workflow helps align the analysis or software solution with your design intent and project expectations.
Understand
Discuss the product, system, engineering question and key concerns.
Define
Review available geometry, materials, operating conditions and criteria.
Configure
Select a suitable software workflow or analysis scope.
Evaluate
Review results, assumptions, sensitivities and areas needing attention.
Support
Discuss findings and next steps for design iteration or team enablement.
Business & Engineering Value
Make engineering decisions with greater clarity
Simulation and connected engineering tools can help teams identify issues earlier and evaluate design options before committing to expensive physical changes.
BENEFIT 01
Understand operating load cases
Investigate performance questions during design development.
BENEFIT 02
Evaluate thermal-fluid behaviour
Compare options and focus physical testing where it adds value.
BENEFIT 03
Support design review decisions
Connect design and simulation with repeatable review practices.
BENEFIT 04
Build repeatable engineering workflows
Support engineers with suitable tools, guidance and training.
Frequently Asked Questions
Energy & Process Equipment Engineering Support
Can you support FEA for energy and process equipment?
We can discuss structural and thermal studies for equipment and supports. Any code-compliance or certification-related scope must be defined against the applicable standard and reviewed by qualified responsible engineers.
Can you model flow networks and pressure losses?
Fluid-system and CFD tools may be used to investigate flow distribution, pressure loss and system behaviour, depending on the network and data available.
Can you assess thermal expansion and temperature effects?
Thermal and structural workflows can help evaluate temperature fields and resulting expansion or stress when material properties, thermal boundary conditions and constraints are defined.
What information is needed for an initial discussion?
A non-sensitive summary of the equipment, engineering question, operating conditions, software currently used and desired outputs is a good starting point.
Let’s Discuss Your Requirements
Bring your energy & process equipment engineering challenge to Benedes
Whether you need engineering software, simulation support or technical guidance, let’s discuss the problem and identify a practical next step.
Engineering support and software suitability are confirmed project by project. Simulation is an engineering aid and does not replace required certification, qualification, physical testing or independent safety approval.