CFD Software - How to Enhances Engineering Solutions with Advanced CFD Technologies

• Aerospace Analysis: Designing and testing the aerodynamic performance of aircraft, including aerodynamics optimization and thermal flow analysis during re-entry into the atmosphere.
• Automotive Industry: Enhancing vehicle fuel efficiency, reducing drag, and optimizing internal fluid systems such as engine cooling and air conditioning systems.
• Industrial Design and Analysis: Used in designing and optimizing industrial equipment and processes, such as chemical reactors, heat exchangers, and pumps.
• Environmental Engineering: Simulating and analyzing pollutant dispersion, water resource management, and air quality control.
• Bioengineering: Simulating hemodynamics in medical device design and analyzing fluid flow in drug delivery systems.
• Energy Industry: Developing and optimizing energy systems, including the design of wind turbines, cooling systems for nuclear reactors, and the extraction process of oil and gas.
• Entertainment and Visual Effects: Creating realistic fluid effects in movies and video games, such as water, smoke, fire, etc.
  
   

ANSYS Fluent: A powerful, versatile fluid simulation software developed by ANSYS, capable of simulating turbulence, heat transfer, chemical reactions, and other complex physical phenomena. It also offers a range of post-processing tools for analysis and visualization of simulation results.

OpenFOAM: An open-source fluid simulation software developed by OpenCFD, offering high customizability for users to modify the code according to their needs. Suitable for various fluid flow problems, including turbulence, heat transfer, and chemical reactions.

Star-CCM+: A user-friendly, interface-driven fluid simulation software developed by Siemens, suitable for complex fluid flow problems. It provides a series of predefined templates and tools to help users get started quickly.

COMSOL Multiphysics: A multiphysics simulation software developed by COMSOL, capable of simulating fluid flow, heat transfer, electromagnetic fields, and other coupled physical phenomena through an intuitive graphical interface.

SimScale: A cloud-based fluid simulation software that is easy to use and cost-effective for simple fluid flow problems. It features a drag-and-drop interface to help users quickly build models.

LORRIC continually deepens its exploration and application of fluid knowledge, accumulating nearly 30 years of experience in the development of fluid products and related technologies. The introduction of ANSYS Fluent CFD software marks a new milestone in the company's foundation in fluid mechanics research, not only enhancing LORRIC's capability in product improvement and development but also accelerating its pace of innovation.

LORRIC utilizes CFD software to address customers' fluid-related problems in the production process, especially optimizing nozzle and spray efficiency. With this advanced fluid simulation technology, LORRIC can provide more accurate and efficient solutions, thereby improving production efficiency and product quality.

With the advancement of computer technology, the accuracy and application scope of CFD simulation have continuously expanded. ANSYS Fluent, recognized as a high-performance CFD software in the industry, is renowned for its advanced physical models and efficient solvers.

Meanwhile, SimScale offers a complete CFD simulation setup process, from model construction to post-processing, supporting a variety of engineering analyses, including dynamics, heat transfer, and electromagnetic analysis. CFD's application has extended beyond engineering and design to aerospace analysis, environmental engineering, bioengineering, and more, showcasing the significant role of computational technology in the study of fluid dynamics.