CFD / Thermal
Flow & Heat Transfer Report
Pressure drop, velocity fields, thermal hot spots, heat transfer paths and design alternatives.
Open CFD service
Technical Documentation for Simulation Work
Simulation Reports & Deliverables
A simulation is only valuable when the assumptions, setup, physics, results and recommendations are documented clearly. Our reporting approach structures CFD, FEA, offshore, renewable, embedded and academic deliverables into clear technical documents.
Scope
Objectives
Mesh
Quality
Solve
Physics
Action
Decision
Report Preview
Clear, Auditable Output
Documentation
easywaysimu report
CFD / FEA Summary
Each report is structured so assumptions, setup, physics, results, validation notes and recommendations are easy to review and reuse.
Traceability
Included
Plots
Annotated
Actions
Ranked
Why Reports Matter
A report turns simulation results into decisions.
Contour images alone are not enough. Clients need to understand the model assumptions, boundary conditions, mesh quality, solver settings and the meaning of the results.
Our reporting format is built to support engineering review, academic submission, internal documentation and future design iteration. It makes the simulation defendable and repeatable.
Clarity
What was solved?
Problem scope, assumptions, simplifications and success criteria are stated clearly.
Credibility
Can we trust it?
Mesh, setup and convergence evidence are included so results are not treated as decorative screenshots.
Insight
What changed?
Results are interpreted in terms of stress, pressure, velocity, temperature, displacement or system response.
Action
Recommended Next Step
Recommendations are ranked by risk, benefit and practicality so the next engineering step is clear.
Standard Report Structure
What Every Report Includes
The exact report changes depending on the physics, but the structure below keeps every project understandable and review-ready.
01 / Scope
Problem Statement
Objectives, engineering question, assumptions, geometry source and project limitations.
02 / Method
Physics & Model Setup
Solver type, governing assumptions, material data, contacts, turbulence model or control method where relevant.
03 / Mesh
Geometry & Mesh Quality
Simplifications, element/cell type, refinement zones and quality metrics used to judge mesh reliability.
04 / Inputs
Boundary Conditions
Loads, constraints, flow rates, thermal inputs, motion states, electrical inputs or operating scenarios.
05 / Results
Annotated Findings
Contour plots, result tables, response curves, peak locations and clear comments explaining what matters.
06 / Action
Recommendations
Design changes, risk notes, next simulations and validation steps ranked by engineering impact.
Report Types
Matched to Your Simulation Service
Each report type connects directly to a service area, so clients can understand the deliverable expected for CFD, FEA, offshore, renewable, embedded and academic projects.
FEA / Structure
Structural Validation Report
Stress, deformation, contact, fatigue-sensitive regions and load-path recommendations.
Open FEA serviceOffshore
Marine & Wave Loading Report
Sea-state assumptions, platform motion, hydrodynamic response and structural risk comments.
Open Offshore serviceEnergy Systems
Renewable System Report
PV, wind, battery, inverter, MPPT, control logic and performance comparison documentation.
Open Renewable serviceEmbedded / PCB
Prototype Design Report
Schematic decisions, circuit simulation, PCB outputs, BOM and prototype bring-up notes.
Open Embedded serviceAcademic R&D
Research Support Report
Methodology, result interpretation, formatted figures and thesis/report-ready explanation.
Open Academic serviceReport Workflow
From raw simulation output to a professional deliverable
The reporting workflow is built around traceability: every figure, value and recommendation connects back to a model assumption or result.
Typical Output
PDF report, annotated figures, result tables, source files where applicable, and a concise recommendation summary.
01
Collect Inputs
Geometry, materials, operating conditions, constraints, objectives and required deliverable format.
02
Document Model Setup
Explain physics, assumptions, mesh, boundary conditions and solver configuration.
03
Extract Key Results
Select the plots and values that answer the engineering question rather than overloading the reader.
04
Interpret & Recommend
Convert the simulation evidence into risk comments, design decisions and next-step recommendations.
Quality Checklist
What we check before delivery
A professional simulation report must be easy to review, clear enough for non-specialists, and detailed enough for engineers to trace the result.
Clear scope and objective statement
Model assumptions and simplifications listed
Mesh or model quality evidence included
Boundary conditions presented in readable form
Results explained, not only displayed
Recommendations ranked by impact
Deliverables
What You Receive
PDF Technical Report
Formatted report with methodology, results, visuals and conclusions.
Annotated Figures
Clear figures for reports, presentations, proposals and academic documents.
Recommendation Summary
Short decision-focused summary highlighting what to change and why.
Need a Report?
Turn your simulation work into a professional technical document
Send your model, results, project brief, university requirements or client deliverable format. We can help prepare a clean simulation report that matches the purpose of the project.