FLOW-3D HYDRO is a premier computational fluid dynamics (CFD) software company leading the industry in providing sophisticated, reliable solutions for free-surface flow problems, which are vital for the safe design and operation of dams. With a heritage that dates back to 1980 in Santa Fe, New Mexico, Flow Science, the creator of FLOW-3D HYDRO, has earned a reputation for excellence based on the pioneering “Volume-of-Fluid” (VOF) method developed by founder Dr. C. W. (Tony) Hirt. Today, the company extends the forefront of CFD technology by offering a complete suite of multiphysics simulation capabilities, including fluid-structure interaction, dynamic movement of objects, and complex multiphase flows. Their mission is clear—to be the definitive source that engineers worldwide rely upon for resolving their free-surface flow challenges, providing accurate, fast, and user-friendly software solutions.

The company's commitment to its users extends beyond superior software to encompass expert technical support tailored to individual modeling needs. FLOW-3D HYDRO's approachable interface allows users to delve deeply into their free-surface flow analyses without the opacity of a 'black box' system, enabling wider application and increased user autonomy in problem-solving. FLOW-3D's offerings form the backbone for a community of commercial, academic, and government stakeholders who leverage these tools to make meaningful advancements across various sectors. In alignment with their community ethos, the company actively supports local scientific, technological, and educational initiatives, contributing to a future of innovation and safety in the dam industry and beyond. Their commitment to excellence and social responsibility is reflected in their numerous awards, including repeated recognition for their family-friendly workplace and contributions to local and state economies. With FLOW-3D HYDRO, stakeholders in dam safety have a reliable ally for risk assessment, design optimization, and ensuring the integrity and longevity of vital water management infrastructure.