California, USA 1208

Call Us

Mon-Fri 8:00AM-6:00PM

OTOMcomposite

  • Products
    • Background
    • Our Technology
    • Product List
    • CFD-Tool
    • SPH-Tool
    • Book a Demo | Pilot study
    • Downloads
    • Engineering Service
    • Product feedback
  • Story
    • Application
    • Value Proposition
    • Technical Feasibility
    • Sustainability and Industry 4.0
  • Documents
    • Ai Agents
    • Real-world simulation
    • Optimization case
    • Video Tutorials
    • Technical Notes
      • Inline Monitoring
      • Thermoplastic tape
      • Contact resistance
      • Laser intensity
      • Emissivity
      • Feed rate velocity
      • Residual stress
    • Media
      • Image Gallery
    • Papers
    • Guide Docs (Legacy software)
  • News
    • Events
    • Updates
    • Vacancy
  • About
    • Company presentation
    • Contact us
    • Partners
    • Projects
    • Privacy Policy

OTOMcomposite

  • Products
    • Background
    • Our Technology
    • Product List
    • CFD-Tool
    • SPH-Tool
    • Book a Demo | Pilot study
    • Downloads
    • Engineering Service
    • Product feedback
  • Story
    • Application
    • Value Proposition
    • Technical Feasibility
    • Sustainability and Industry 4.0
  • Documents
    • Ai Agents
    • Real-world simulation
    • Optimization case
    • Video Tutorials
    • Technical Notes
      • Inline Monitoring
      • Thermoplastic tape
      • Contact resistance
      • Laser intensity
      • Emissivity
      • Feed rate velocity
      • Residual stress
    • Media
      • Image Gallery
    • Papers
    • Guide Docs (Legacy software)
  • News
    • Events
    • Updates
    • Vacancy
  • About
    • Company presentation
    • Contact us
    • Partners
    • Projects
    • Privacy Policy
California, USA 1208
Call Us
Mon-Fri 8:00AM-6:00PM

-

OTOM CFD simulation of airflow inside a greenhouse
  • News
post by admin Jul 20 2026 0 Comments
Smarter Greenhouses by Simulating Airflow

We faced a simple but tricky question: how should the side vents and door of a greenhouse be set for optimal airflow? They can be opened or closed, but how those settings, combined with wind and temperature, actually affect air circulation inside was unknown. That matters when the goal is to prevent mold and rot.

So we simulated the airflow inside the greenhouse to understand:

  • How temperature differences drive air circulation
  • The optimal position for the side vents
  • Whether natural wind ventilation is enough, or whether a fan is needed, and what size

The logic is simple: better ventilation → less moisture buildup → less mold and rot → higher yield. Simulating airflow before making physical changes lets you optimize without endless trial and error, turning “we think it works” into “we know it works”.

Full access: otomcomposite.eu/CFD. Contact us for instructions.

Originally shared on LinkedIn.

0 Comments

Leave a Reply Cancel reply

Your email address will not be published. Required fields are marked *

-

Copyright © 2026 OTOMcomposite | Powered by Otomcomposite WordPress Theme