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About the workshop

In response to the queries from our users who didn’t get a chance to participate in the past F1 workshop, which we hosted last year, we have decided to offer another F1 workshop focused on aerodynamics. Join the free 3 week online workshop series from SimScale to learn about the simulation, design and testing of a Formula One race car!

WHAT TO EXPECT

  • Participants will get an overview of all the functionalities offered by the SimScale platform
  • The F1 Aerodynamics Workshop will consist of a series of 3 one-hour sessions.
  • The overall aim is to conceptualize an F1 car design, which will be virtually tested with the help of simulation technology.
  • The live online sessions will take place on Thursdays at 4:00 p.m. Central European Time, with the first session starting on March 17th.
  • There is no prior knowledge or software required to join this free workshop series.
  • All participants will get free access to SimScale with all the required simulation features.

ABOUT THE LECTURERS

In response to the queries from our users who didn’t get a chance to participate in the past F1 workshop, which we hosted last year, we have decided to offer another F1 workshop focused on aerodynamics. Join the free 3 week online workshop series from SimScale to learn about the simulation, design and testing of a Formula One race car!

JOIN TO CONVERSATION

In response to the queries from our users who didn’t get a chance to participate in the past F1 workshop, which we hosted last year, we have decided to offer another F1 workshop focused on aerodynamics. Join the free 3 week online workshop series from SimScale to learn about the simulation, design and testing of a Formula One race car!

THE SCHEDULE

May

31


5 PM (CEST)

THEME OF THE WORKSHOP

Week one January 26 – 14:00 C.E.T

At vero eos et kasd gubergren, no ipsum dolor sit amet. Ipsumdolor sit amet.At vero eos et kasd gubergren,not amet kasdgubergregubergren,no ipsum dolor snet. The SimScale platform gives you access to sophisticated Fluid Dynamics simulation capabilities. Depending on the Reynolds number of the fluid flow, laminar or turbulent models can be selected. The solvers support both steady-state and transient setups. Single and multiphase flows can be analyzed, in addition to mass transport, and advanced modeling concepts.

May

31


5 PM (CEST)

THEME OF THE WORKSHOP

Week one January 26 – 14:00 C.E.T

At vero eos et kasd gubergren, no ipsum dolor sit amet. Ipsumdolor sit amet.At vero eos et kasd gubergren,not amet kasdgubergregubergren,no ipsum dolor snet. The SimScale platform gives you access to sophisticated Fluid Dynamics simulation capabilities. Depending on the Reynolds number of the fluid flow, laminar or turbulent models can be selected. The solvers support both steady-state and transient setups. Single and multiphase flows can be analyzed, in addition to mass transport, and advanced modeling concepts.

May

31


5 PM (CEST)

THEME OF THE WORKSHOP

Week one January 26 – 14:00 C.E.T

At vero eos et kasd gubergren, no ipsum dolor sit amet. Ipsumdolor sit amet.At vero eos et kasd gubergren,not amet kasdgubergregubergren,no ipsum dolor snet. The SimScale platform gives you access to sophisticated Fluid Dynamics simulation capabilities. Depending on the Reynolds number of the fluid flow, laminar or turbulent models can be selected. The solvers support both steady-state and transient setups. Single and multiphase flows can be analyzed, in addition to mass transport, and advanced modeling concepts.

Recently recorded workshops

Theme of the workshop session

The SimScale platform gives you access to sophisticated Fluid Dynamics simulation capabilities. Depending on the Reynolds number of the fluid flow, laminar or turbulent models can be selected. The solvers support both steady-state and transient setups. Single and multiphase flows can be analyzed, in addition to mass transport, and advanced modeling concepts. The SimScale platform gives you access to sophisticated Fluid Dynamics simulation capabilities. Depending on the Reynolds number of the fluid flow, laminar or turbulent models can be selected. The solvers support both steady-state and transient setups. Single and multiphase flows can be analyzed, in addition to mass transport, and advanced modeling concepts.

Theme of the workshop session

The SimScale platform gives you access to sophisticated Fluid Dynamics simulation capabilities. Depending on the Reynolds number of the fluid flow, laminar or turbulent models can be selected. The solvers support both steady-state and transient setups. Single and multiphase flows can be analyzed, in addition to mass transport, and advanced modeling concepts.