Fast and Reliable
Reduce lead time from days to hours with fast and reliable pre-processing and high-quality mesh generation for most complex geometries
Computational fluid dynamics (CFD) uses numerical models to simulate fluid behavior and thermodynamic properties. Fidelity CFD supports engineering workflows such as propulsion, aerodynamics, hydrodynamics, and combustion, helping reduce reliance on time-consuming and expensive physical testing.
Computational fluid dynamics (CFD) uses numerical models to simulate fluid behavior and thermodynamic properties. Fidelity CFD supports engineering workflows such as propulsion, aerodynamics, hydrodynamics, and combustion, helping reduce reliance on time-consuming and expensive physical testing.
Fidelity CFD Software provides an easy-to-use, end-to-end solution for multidisciplinary design and optimization across aerospace, automotive, turbomachinery, and marine applications. Streamlined workflows, massively parallel architecture, and advanced solver technology support high-performance, accurate simulations and improve engineering efficiency.
The platform includes technologies such as Fidelity Charles Solver for high-fidelity CFD, Fidelity Fine Design3D for machine-learning-driven design optimization, and support for the Cadence Millennium M2000 Supercomputer with GPU-resident Fidelity CFD and high-performance computing (HPC) hardware.
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9Khám phá các sản phẩm thuộc Fidelity CFD Software.
Solve any computational challenge with Fidelity CFD—a comprehensive platform and end-to-end work flow that streamlines design, multidisciplinary analysis, and optimization into one, environment. From Conjugate Heat Transfer and Fluid-Structure Interactions to multiphase interactions and Aeroacoustics, the software necessary for realistic modeling of fluid flows grows increasingly competent and complex. Using the Fidelity CFD environment, you can trust any computational challenge to be handled with both accuracy and speed. Custom fit this CFD simulation software to solve the difficulties you are experiencing in your design and verification cycle.
The Fidelity Charles Solver is the industry’s first high-fidelity computational fluid dynamics (CFD) solver that expands the practical application of large eddy simulations (LES) to a broad range of engineering applications. Designed to tackle the toughest fluid dynamics challenges, it accurately predicts traditionally complex problems in CFD for aeroacoustics, aerodynamics, combustion, heat transfer, and multiphase. The Fidelity Charles Solver introduces a paradigm shift to the industry with the ability to leverage both computer processing units (CPUs) and graphical processing units (GPUs), reducing the turnaround time for LES simulations from days to hours. The solver has been optimized to consume as little memory as possible and scales linearly to hundreds of GPUs across dozens of nodes.
With Cadence Fidelity Fine Design3D’s groundbreaking CFD optimization application leverages machine learning to accelerate the discovery of optimal designs by seamlessly combining multi-objective optimization with uncertainty quantification. With robust capabilities in multidisciplinary design optimization, smart parameterization for turbomachinery, advanced data mining, and uncertainty quantification, Fidelity Fine Design3D offers a comprehensive solution to streamline your design optimization process.
With Cadence Fidelity Flow as your go-to solution for a diverse range of flow challenges in aerodynamics, conjugate heat transfer, fluid-structure interaction, or complex multiphysics simulations, it delivers unmatched speed and accuracy. Its density-based and pressure-based solvers are optimized for high-speed and thermal flows, ensuring accurate results quickly. With advanced features like OpenLabs for customization, nonlinear harmonic methods for periodic unsteady simulations, and specialized modeling strategies for combustion and cavitation, Fidelity Flow is designed to tackle the most demanding engineering problems with ease.
With over 25 years of rotating machinery expertise, the Fidelity CFD for Turbomachinery toolset provides an end-to-end solution from 1D to 3D design, meshing, CFD, and optimization. Elevate your turbomachinery design and meet the unique demands of turbomachinery engineering because whether you're dealing with compressors, turbines, or propellers, Fidelity CFD delivers unparalleled ease of use and accuracy, allowing teams to tackle turbomachinery design challenges.
All aboard the Cadence Fine Marine Solver, the cutting-edge CFD software tailored for naval architects and marine engineers that is capable of resistance calculations, propulsion modeling, or wind studies, delivering accuracy and efficiency right at your fingertips. Think of it as your virtual towing tank, streamlining the design process by replacing experimental facilities and numerical sea trials with a user-friendly interface that allows you to simulate mono-fluid and multi-fluid flows around any vessel, from tankers to luxury yachts, even hydrofoils and open-water propellers.
Fidelity CFD Software’s game-changing meshing technology transforms complex geometries from CAD or STL into quality meshes for CFD analysis in near real-time. Fidelity Mesh Generation combines all our meshing software into a single workflow. Even the most complex geometries, which used to take a week of intensive manual labor to prepare, now take less than a day to be fully preprocessed, including high-quality meshes, and without simplifying the model. Whether you're dealing with intricate internal or external shapes, Fidelity Mesh Generation has you covered. Its flexible and robust features offer a seamless combination of structured and unstructured meshing, ensuring high accuracy at unprecedented speeds.
Unlock the power of high-fidelity fluid domain characterization with Cadence Fidelity Pointwise Meshing Generation. Recognizing that meshing is a crucial yet time-consuming part of the CFD workflow, Fidelity Pointwise offers industry-leading mesh generation techniques and seamlessly integrates with any CFD simulation workflow, ensuring your meshes are of top quality and compatible with various solvers and simulation tools.
Welcome to the future of CFD with the Millennium M1 CFD Supercomputer, the industry’s first turnkey CFD solution. By leveraging the power of GPU acceleration and scalable HPC hardware, Millennium M1 transforms traditional CFD limitations. It boasts the industry's first turnkey CFD solution, reducing turnaround time from days to hours across aerospace, automotive, power generation, and turbomachinery applications.
Reduce lead time from days to hours with fast and reliable pre-processing and high-quality mesh generation for most complex geometries
Predict flow structures and wake dynamics and capture changes in lift and drag in agreement with experiments
GPU acceleration is transforming high-fidelity CFD, providing 9X throughput and 17X less energy for the same cost as a CPU
Accelerate time to market and lower design risk through AI-driven multiphysics analysis and optimization
The Fidelity CFD Software addresses simulations of various high-speed aircraft configurations, ranging from subsonic, transonic, and supersonic regimes, with major successes on full-scale commercial aviation vehicles.
External aerodynamics, thermal management, and acoustic noise modeling, among others, are key challenges today in improving vehicle efficiency and comfort.
Today’s key challenges for the marine industry are minimizing operating costs and lowering emissions while ensuring safe power margins. Fidelity CFD software provides a dedicated CFD solution and efficient tools to address these.
Fidelity CFD provides solutions specifically designed for engineers to optimize the power and efficiency of turbomachinery designs quickly and accurately.
Fidelity CFD Software provides solutions for health, biomedical, and pharmaceutical fields, each with nuanced requirements of CFD simulations. Micro-scale geometries, unique flow conditions, and the inability to templatize due to.
The Fidelity Charles Solver is the industry’s first high-fidelity CFD solver that expands the practical application of large eddy simulations (LES) to a broad range of engineering applications in aerospace, automotive.
GPU acceleration is transforming high-fidelity CFD and massively impacting aerospace, automotive, and many other industries. Leveraging these modern computer architectures provides 9X throughput for the same cost with 17X less.
A unique approach to CFD optimization accelerates the discovery of optimal designs by using sophisticated machine learning (ML) algorithms to automate design space exploration.
Streamlines design, multidisciplinary analysis, and optimization
Enhances product security and fidelity with improved modeling
Handles applications from conjugate heat transfer to aeroacoustic
Intuitive tools with customization options for tackling computational challenges
Reduces workflow into a tailored, automated version for efficiency
Contact NEAX for the latest product information, suitability, deployment scope, and implementation guidance.
Talk with NEAX about product fit, deployment scope, integration, training, and adoption.