Computational Fluid Dynamics (CFD) Software
Fidelity CFD Solution
A streamlined CFD workflow for design, multidisciplinary analysis and optimization in a single environment.
The computational fluid dynamics (CFD) industry faces increasing demand for efficiency, fidelity, and speed. Don’t settle for tried-and-true solutions when you step into environments that have yet to be developed. Improved real behavioral modeling of systems yields greater degrees of fidelity and security for the products you send out into the world. The requirements for multidisciplinary modeling, analysis, and optimization are vast and include:
- Conjugate Heat Transfer (CHT) coupling flow and heat transfer
- Fluid-structure interactions (FSI)
- Fluid-chemistry and multiphase interactions such as combustion
- Aeroacoustics coupling flow and noise
Fidelity CFD is the end-to-end solution for all CFD-related applications. The dedicated tools within the Fidelity CFD environment can solve each step of the simulation process quickly and efficiently. Furthermore, Fidelity CFD was designed with ease-of-use in mind with an intuitive and application-driven interface or through automated processes with the Python API or optimization module available.
Trust in Fidelity CFD to provide high-fidelity simulation
With CFD workflows being reassessed every cycle to optimize and improve for greater levels of fidelity and speed, Fidelity CFD serves your simulation necessities by offering a highly automated, customizable solution.
Cadence Fidelity Automesh
Cadence Fidelity Automesh is an advanced CAD preparation and meshing solution that offers a streamlined and automated workflow for creating high-quality meshes for complex geometries. It eliminates the laborious process of manual meshing, reducing preparation and setup times, and enabling efficient design exploration.
Key features :
- Streamlined and Automated Workflow: Fidelity Automesh offers a highly efficient and automated process for CAD preparation and meshing.
- Unstructured Meshing: Generate meshes for complex shapes, ensuring accurate CFD analysis.
- Structured Meshing: Capture fine details and resolve gaps and overlaps for high-quality meshes.
- CAD Cleaning and Hole Closing: Resolve geometry issues and create watertight surfaces for precise simulations.
- Near Real-Time Mesh Generation: Automesh technology delivers ready-to-use meshes quickly.
- Industry Solutions: Fidelity Automesh caters to various industries, including marine, aerospace, automotive, biomedical, and petrochemical, providing tailored meshing solutions.
Applications:
- Turbomachinery: Generate meshes for energy transfer mechanisms in turbomachinery, enabling accurate simulation and analysis.
- Marine: Address resistance, propulsion, seakeeping, maneuvering, and wind study challenges through efficient meshing techniques.
- Automotive: Overcome turbulence modeling challenges in automotive CFD simulations, enhancing accuracy and reliability.
- Aerospace: Tackle complex flow phenomena and turbulence modeling in aerospace applications, improving simulation accuracy.
- Health: Support advanced and accurate simulation and modeling in health technologies, facilitating precise analysis and design optimization.
Fine Marine
Fine Marine is a high-performance computational fluid dynamics (CFD) software designed specifically for naval architects and marine engineers. It serves as a virtual towing tank, replacing experimental facilities and numerical sea trials, allowing engineers to design ships directly at full scale. With advanced automation features, Fine Marine offers a user-friendly and efficient CFD workflow for the design and optimization of any vessel.
Features:
- Highly accurate free surface capturing
- 6DOF (six degrees of freedom) with marine-dedicated motion laws
- Quasi-static approach for various types of boats and hydrofoils
- Sub-cycling acceleration for faster calculations
- Adaptive grid refinement for efficient mesh adaptation
- Sliding grid interfaces to handle propeller rotation
- Overlapping grid capability for complex motions and appendages
- Cavitation modeling to simulate the formation and effects of cavitation
- Mooring and tugging line simulations for ship docking and towing scenarios
- User-defined dynamic libraries for modeling forces and motions
Fidelity Flow for Fluids and Thermal
Fidelity Flow for Fluids and Thermal is a comprehensive software solution designed for fluid flow simulations across various industries. Whether it's aerodynamics, conjugate heat transfer, unsteady flows, or other complex fluid dynamics problems, Fidelity Flow provides accurate and efficient results. It combines the power of density- and pressure-based flow solvers with advanced pre-processing capabilities using Fidelity Automesh.
Key Features:
- Comprehensive flow solvers for multiphysics simulations.
- High-speed turnaround time with CPU and GPU optimization.
- Easy customization through the OpenLabs module.
- Nonlinear harmonic method for faster unsteady simulations.
- Covers aerodynamics, heat transfer, fluid-structure interaction, and more.
- Versatile solver for incompressible and compressible flows.
- Acceleration with CPU-Booster for faster convergence.
- Embedded fluid-structure interaction analysis.
- Suitable for a wide range of industries and applications
Fidelity Pointwise for CFD Meshing
Cadence Fidelity Pointwise utilizes industry leading mesh generation techniques as well as geometry model preparation capabilities for high fidelity characterization of the fluid domain.
Fidelity Pointwise is a comprehensive CFD mesh generator designed to enhance your CFD workflow. It offers a wide range of functionality, including geometry model preparation, mesh generation using various techniques, and compatibility with multiple flow solvers. With Fidelity Pointwise, you can achieve excellence in CFD meshing technology, ensuring accurate and reliable simulations.
Key Features of Fidelity Pointwise (shortened version):
- Seamless Integration: Easily interface with different geometry models and simulation engines for a streamlined CFD workflow.
- Versatile Mesh Types: Supports various mesh types to enable experimentation and generate high-quality meshes.
- Geometry Model Repair: Tools for repairing and preparing geometry models for mesh generation.
- Solver Compatibility: Generate meshes compatible with any CFD solver format for convenient simulation setup.
- Robust Meshing: Achieve complete coverage of wetted surfaces and positive volume cells while balancing resolution and cell shape metrics.
- Automation and Customization: Highly automated and customizable GUI for efficient pre-processing and improved simulation accuracy.
Welcome to the Data Center Digital Twin
The most cost-effective approach to data center project management
Introducing the 6Sigma Digital Twin by Future Facilities: The Data Center Digital Twin. It is a 3D virtual replica of your data center, simulating its physical behavior under various operating scenarios. This powerful platform brings all stakeholders together to maximize the performance and business impact of your data center operations. With seamless integrations, extensive digital databases, and physics-based simulation, the 6Sigma Digital Twin empowers you to optimize your data center's efficiency and make informed decisions. Experience the future of data center management with the 6 Sigma Digital Twin.
