The 'MpCCI CouplingEnvironment' has been developed at SCAI in order to provide an application independent interface for the coupling of different simulation codes. MpCCI CouplingEnvironment has been accepted as a ‘de-facto’ neutral standard for simulation code coupling. Typical application areas are Aeroelastic and fluid-structure interaction Thermal stress analysis in turbines Thermal management by coupling of fluid and radiation codes Magneto-hydro dynamics and heat loss calculations - coupled EMAG and CFD HVAC applications by combination 1D pipeline models with 3D CFD Vehicle dynamics using 1D multi-body systems and non-linear structural analysis Customised solutions using more than 3 or more codes in a single application Combinations of commercial codes and highly tuned inhouse codes New Co-Simulation Features Iterative coupling schemes for FSI and system code coupling Interpolation in time and coupling modes Extended mapping algorithms Enhanced user-interface Adapter for MSC.Adams Adapter for Matlab New tutorials New Mapping Features FSIMapper - transfer results from FloTHERM/FloEFD to FEA tools MetalMapper - from massive forming volume models to crash models