Cadence® Fidelity™ CFD Software is all-inclusive for meshing, solving, and post-processing. It carries industry-defining solver technology for fluid flow applications like turbomachinery, aerodynamics, and combustion physics.
Cadence CFD simulation solutions offer dedicated, virtual naval architecture and marine design tools for unparalleled free surface modeling and scalable, highly automated optimization processes.
Solve and optimize propulsion, resistance, seakeeping, wind studies, and maneuvering in your designs through our dedicated workflows and team in place. Equip yourself with the utmost fidelity accuracy and efficiency with Cadence CFD solutions.
Historic software uses methods for solving that simply do not have the scalability to meet the needs of marine evolution. Cadence CFD analysis gives you an automatic and efficient computation setup. Additionally, our adaptive grid refinement allows for the constant improvement of simulation accuracy in an already highly capable solver environment.
Whether you are designing a sailing yacht or a commercial ship, automation in your CFD simulations is necessary to complete the number of simulation runs needed to optimize your design and to improve turnaround speeds. Our solutions for marine environments have automation in place for resistance at low and high Froude numbers, seakeeping, (self-)propulsion, trim optimization, open water propellers and many other facets of ship CFD analysis. Our team of naval engineers have worked closely with our customer's to create dedicated automation workflows. Whether you are deep in an America’s Cup, Vendee Globe campaign, or working to reduce drag and improve the propulsion efficiency of ships, you can trust our automated capabilities to provide your results with fidelity and speed.
Our marine solutions for CFD have been developed with total focus on flows involving free surface. This requires efficient free surface modeling considering both water and air, appropriate turbulence modeling, and efficient grid adaptation. Free surface simulations are resolved through volume of fluid simulations (VOF) and when paired with our unique capacity you can address seakeeping priorities faster and with more fidelity. For instance, your hydrofoil design should have no cavitation and ventilation issues. You cannot afford to lose pace in today’s rapidly moving analytical environments. Pursue greater speeds than ever before in your CFD workflows with Cadence CFD solutions.
The constantly changing environments and flow conditions of oceanic environments, races, and climates often require hundreds and thousands of simulations to finalize a design and feel confident about the accuracy of its results. As marine experts or naval architects, the power of automation makes this work easy for you. We understand the types of turnaround and accuracy requirements expected of marine simulations and our tools focus on optimizing these processes for both speed and fidelity.
Always changing sea, transport, and loading conditions require agile CFD simulation workflows to optimize designs for a broad range of circumstances and conditions. Improve your EEXI rating intuitively, optimize propulsion, and minimize drag to ensure your ships are always running at the highest degree of cost efficiency. Cadence CFD solutions offer optimization for all ships, big or small, whether leisure is your top priority, passenger comfort, or safety amidst the varied seakeeping conditions.
Rising fuel prices comprise more than half of expected shipping operating budgets, and certainly warrant careful consideration to maximize potential savings and improve efficiency. When working with the immense volumes involved in shipping vessels, even small improvements in fuel reduction can save millions of dollars.
While we offer a host of automated functions for optimizing the overall design process for large commercial vessels, standout functions like our trim optimization automated workflow can find the optimized trim based on loading conditions for your vessel to have the least possible drag. Trust in Cadence to provide you the greatest degree of fuel efficiency.
Unique flow conditions can have a significant effect on overall comfort, safety, and vessel performance, especially for smaller crafts such as yachts and sailboats. Automate hundreds and thousands of potential simulations iterations in a quick-turn, automated capacity to analyze and optimize your designs for any environment.
Automation is, in fact, at the core of our strategy for improving simulation speeds and the overall integrity of the marine industry. CFD is vital in improving the performance of vessels of all sizes and leveraging automation within CFD simulations reduces the need for tedious manual input and set up for known computational inquiries.
Every ship is required to have an EEXI rating assessed annually and with higher impacts on both fuel markets and environmental conditions each quarter, one can expect stricter demands for efficiency in the years to come. While EEXI calculations do not lie explicitly within CFD, when made a part of the CFD workflow, you can get ahead of potential demands for optimization and maintenance.