Simulation by means of Computational Fluid Dynamics (CFD) considering mainly fluid field.

Provider A: Analysis of performance components and processes under different assumptions:

-Stationary or transient scenarios

-Fluid-Structure interaction

-Heat transfer

-Turbulence models

Specifically, the service results from provider A are:

Performance of components and processes under different stationary or transient fluid and/or thermal loads.

Provider B: Analysis of performance of materials, components and processes under different assumptions:

-Stationary or transient loads

-Temperature effects

-Thermal transference phenomena

Specifically, the service results from provider B are:

Performance of materials and components under different stationary or transient fluid and/or thermal loads.

Analysis of processes where fluid field is relevant.

While no specific certification is followed, the service employs procedures that align with internationally recognized standards.

The service integrates cutting-edge CFD techniques with ROM modeling, multiscale analysis, machine learning, and experimental process measurements. These innovations enable precise, computationally efficient simulations, delivering robust solutions for complex fluid-thermal interactions in engineering designs.

Pricing

Provider A:

It depends on the complexity and type of analysis required.

Provider B:

Expected cost:

Cost is estimated on a pm (135-155h/pm) basis, considering an average of the concurrent costs from manpower, specific commercial software licensing (if it is the case) and computing hardware use.

Average cost rage: 4000-6000€/pm + Indirect Costs

Pricing:

Proposal of pricing based on a "(Cost estimation) *BCR=Price" criterion. BCR parameter may be variable case by case and established based on a complexity/manpower expertise/singular hardware and software use basis. BCR = [1,1-1,75]

Service delivery timeframe

10-30 working days (80h-240h). Depending on the complexity timeframe can be expanded.