Structural FEA
Stress, displacement, stiffness and load-path evaluation for components, frames, platforms and equipment.
CAE · FEA · CFD · Validation
Simulation that answers an engineering decision.
Structural, thermal, fluid-flow and dynamic analysis for industrial equipment, plant structures and machinery—built around defined load cases, verifiable assumptions and actionable design changes.
Discuss this scope
01Structural FEA
02CFD & thermal flow
03Modal & dynamic
04Design validation
The engineering requirement
A coloured contour is not a validated design.
CAE is only useful when the model represents the physical question closely enough to support a decision. Loads, restraints, contacts, material data, mesh strategy and acceptance criteria must be defensible. Otherwise, even a numerically converged result can be misleading.
KURUKONDAR structures simulation around the decision at risk: strength, stiffness, fatigue exposure, vibration, thermal expansion, flow distribution, pressure drop or transient response. We document assumptions, check model behaviour, compare results with available evidence and translate findings into practical design recommendations.
Scope of work
What KURUKONDAR delivers.
Defined engineering outputs with the level of detail matched to concept, tender, fabrication or site execution.
Modal & Vibration Analysis
Natural frequencies, mode shapes and separation from excitation sources for machinery and structures.
CFD Analysis
Internal and external flow, pressure drop, distribution, mixing and process-performance assessment.
Thermal Analysis
Steady and transient temperature fields, heat transfer, thermal gradients and expansion effects.
Dynamic & Transient Analysis
Time-dependent response to impact, changing loads, acceleration and operating events.
Design Optimization
Targeted geometry, material and support changes evaluated against defined engineering objectives.
Engineering in context
See the work behind the deliverable.
Purpose-specific visuals connect the digital model and analysis to the equipment, interfaces and site conditions they must represent.
Engineering output
Deliverables your project team can act on.
Models and reports are structured for coordination, review and controlled handover—not isolated analysis.
- 01Analysis plan, assumptions and acceptance criteria
- 02Model definition, load cases and boundary-condition record
- 03Mesh strategy and relevant convergence or sensitivity checks
- 04Stress, deformation, flow, thermal or dynamic results
- 05Engineering interpretation and risk-ranked findings
- 06Design recommendations and controlled analysis report
Working method
Controlled from input to issue.
Each stage closes a specific risk before the project moves forward.
Question
Define the decision, failure mode, load cases, evidence and acceptance criteria.
Model
Create an appropriately simplified representation with traceable assumptions.
Check
Review reactions, balances, sensitivity and whether the result behaves physically.
Decide
Translate the result into design action, validation needs and remaining uncertainty.
Applications
Analysis for equipment, structures and plant systems.
Steel framesIndustrial machineryPressure equipmentDucts & chutesPiping supportsThermal systemsRotating equipmentProcess flow
Frequently asked questions
Before we start.
Which simulation tools do you work with?
The referenced KURUKONDAR toolchain includes ANSYS, Abaqus, Nastran, HyperMesh and Simcenter. Tool selection depends on the physics, client environment and required handover.
What inputs are required to start?
Typically geometry, materials, interfaces, operating conditions, load cases and acceptance criteria. If information is missing, we identify it and agree justified assumptions rather than hiding uncertainty.
Do you provide certification or statutory approval?
We provide engineering analysis and reports within the agreed scope. Formal certification, notified-body approval or code sign-off must be explicitly defined and performed by an appropriately authorized party where required.
Can you validate an existing simulation?
Yes. We can review model purpose, assumptions, loads, restraints, contacts, mesh, result interpretation and whether the conclusions are supported by the evidence.
Project review
Have a scope, drawing or difficult site constraint?
Send the available inputs. We will identify what can be delivered, what is still missing and the practical next step.
fav@kurukondar.com ↗Schaltstation 137139 Adelebsen
Germany