What is Bentley MOSES?
Bentley MOSES simulates hydrostatic and hydrodynamic behaviour for marine engineering.
Who is Bentley MOSES for?
Teams evaluating software that simulates hydrostatic and hydrodynamic behaviour for marine engineering. Check hydrostatic analysis and hydrodynamic simulation against the actual workflow, deployment and access requirements.
Bentley MOSES features
The core capabilities to consider for your workflow.
- Hydrostatic analysis
- Hydrodynamic simulation
- Marine engineering models
Bentley MOSES pricing
Check current product and licensing options
Confirm the current licence or subscription for the selected product and deployment. Include required modules, base applications, billed users or usage, maintenance and support. Hosted processing or storage and local hardware can have separate costs.
Calculate the cost of your quote →Free access & evaluation
Review any free entry capability, trial or academic offer separately from the selected commercial product and required add-ons.
Before you choose Bentley MOSES
Is the task structural, fluid, thermal, system-level simulation or test and measurement automation?
Which solvers, material models, hardware, measurement devices, licences and result formats are required?
Validate the physical models, assumptions, supported analysis scope and outputs using an appropriate engineering review process. A software output is not independent approval of a design.
Explore related software
Bentley MOSES FAQs
Does Bentley MOSES have a free plan?
Review any free entry capability, trial or academic offer separately from the selected commercial product and required add-ons.
Who is Bentley MOSES for?
Teams evaluating software that simulates hydrostatic and hydrodynamic behaviour for marine engineering. Check hydrostatic analysis and hydrodynamic simulation against the actual workflow, deployment and access requirements.
What should I compare before buying?
Check the tier that contains your essential features, confirm plan limits and compare the total quote with your own expected usage.