# dicehub

> Cloud-based CFD simulation platform. Run complex fluid dynamics simulations without expertise, setup in minutes with real-time collaboration. Professional computational fluid dynamics made simple for engineers and researchers.

dicehub is a SaaS engineering simulation platform that makes CFD (Computational Fluid Dynamics) accessible to non-experts and experts alike. It uses pre-configured templates and Google Docs-style collaboration so teams can run simulations in the cloud with pay-as-you-go pricing.

Key value propositions:
- No CFD expertise required to run simulations
- Template-based setup in minutes, not days
- Real-time collaboration (Google Docs-style)
- Scalable cloud HPC (pay only for what you use)
- OpenFOAM-based solver stack, no local installation needed

## Product

- [Product Overview](https://dicehub.com/product): Core platform features including project management, template-based simulation setup, real-time collaboration, and scalable cloud computing. CFD made simple for non-experts and experts alike.
- [Pricing](https://dicehub.com/pricing): Pay-as-you-go pricing model. You pay only for computing time, traffic, and storage you use.

## Features

- [Features Overview](https://dicehub.com/features): Full list of platform capabilities for engineering simulations in the cloud.
- [Simplicity](https://dicehub.com/features/simplicity): No-code simulation setup with pre-configured templates. Designed so engineers without CFD backgrounds can run professional simulations.
- [Collaboration](https://dicehub.com/features/collaboration): Real-time, Google Docs-style teamwork on simulation projects. Multiple team members can work on the same project simultaneously.
- [Scaling](https://dicehub.com/features/scaling): On-demand cloud HPC resources. Scale up or down as needed without hardware investment.
- [Templates](https://dicehub.com/features/templates): Ready-to-use simulation templates for common engineering scenarios. Reduces setup from days to minutes.

## Solutions

- [Solutions Overview](https://dicehub.com/solutions): Industry-specific simulation solutions powered by dicehub's cloud platform.
- [Pedestrian Wind Comfort](https://dicehub.com/solutions/pedestrian-wind-comfort): Wind comfort analysis for urban planning and architecture. Evaluate how buildings affect wind patterns at pedestrian level.
- [OpenFOAM](https://dicehub.com/solutions/openfoam): Cloud-based OpenFOAM simulations without local installation or setup. Run open-source CFD in the browser.
- [Ship Hydrodynamics](https://dicehub.com/solutions/ship-hydrodynamics): Hull resistance and flow analysis for naval architecture. Simulate vessel performance in various sea conditions.
- [EU Taxonomy](https://dicehub.com/solutions/eu-taxonomy): Environmental compliance simulations for EU Taxonomy reporting. Meet regulatory requirements with simulation data.

## Engineering Tools

Free browser-based tools for CFD engineers:

- [Y+ Calculator](https://dicehub.com/tools/y-plus): Calculate Y+ values for CFD mesh sizing. Essential for determining first cell height in boundary layer meshes.
- [PWC Wind Data](https://dicehub.com/tools/pwc-wind-data): Compare multiple wind datasets and choose the optimal one for pedestrian wind comfort analysis. Adjustable station distance and elevation filters.

## Blog

- [Blog](https://dicehub.com/blog): Articles on engineering simulation, CFD best practices, and platform updates.
- [Five Benefits of Cloud-Based CAE Using dicehub](https://dicehub.com/blog/why-dicehub): How dicehub removes barriers of on-premise simulation technology: low costs, template-based engineering, scalability, collaboration, and accessibility.
- [Pedestrian Wind Comfort Case Study](https://dicehub.com/blog/pedestrian-wind-comfort-template): Evidence from the Berliner Bremsenwerk study, including 16 CFD directions, Berlin-Tempelhof wind data, and Lawson and NEN8100 results.
- [dicehub Founder Update](https://dicehub.com/blog/dicehub-update-april-2026): Current product direction and focus.

### Published engineering reports

- [Berliner Bremsenwerk Summary](https://cdn.dicehub.cc/results/v2/dicehub_Berliner_Bremsenwerk_Summary_v2.0.pdf): Short pedestrian wind comfort study report.
- [Berliner Bremsenwerk Full Analysis](https://cdn.dicehub.cc/results/v2/dicehub_Berliner_Bremsenwerk_Analysis_v2.0.pdf): Full CFD method, weather inputs, results, and comfort assessment.

## Company

- [About Us](https://dicehub.com/about-us): Company background and team.
- [Contact Us](https://dicehub.com/contact-us): Get in touch with the dicehub team.

## Legal

- [Privacy Policy](https://dicehub.com/site/privacy-policy)
- [Terms of Service](https://dicehub.com/site/terms-of-service)
- [Cookie Policy](https://dicehub.com/site/cookie-policy)
- [Legal Notice](https://dicehub.com/site/legal-notice)
- [Responsible Disclosure](https://dicehub.com/site/responsible-disclosure)
- [Service Credit Terms](https://dicehub.com/site/service-credit-terms)