HPC for Manufacturing

McLaren Racing speeds aerodynamics studies with HPC

Data-driven innovation is at the heart of the McLaren^® Racing strategy, where competitive pressures demand that engineers continuously prototype and streamline the Formula 1^® racecars to drive further performance gains. The engineering team taps into 100,000 data points per second, using HPC solutions from Dell Technologies help them simulate and perfect a racecar’s aerodynamics using data-driven3D digital twin and 3D printing models.

“We can perform our aerodynamics studies using computational fluid dynamics faster with our new Dell Technologies HPC system compared to our previous setup.”
— Edward Green, Principal Digital Architect, McLaren Racing

PING uses HPC to streamline its product development pipeline

PING^® continually drives groundbreaking advances across its golf club product line through innovation with data, CAE tools and HPC systems — along with close collaboration with leading technology providers. With Dell Technologies, PING gains the resources it needs to apply HPC systems and applications to its design strategy. This collaboration has helped PING slash design cycle times, decrease variability in product performance and improve quality — all without delaying time to market.

“Using HPC with finite element analysis and computational fluid dynamics allows us to optimize everything as much as possible… and that allows us to put more of our time and energy back into thinking up new, creative, innovative designs.”
— Eric Morales, Senior Engineer at PING