Cold Ambient Warm-Up Performance Prediction: Using WAVE to model a 2L gasoline turbocharged direct injection engine for the benefit of predicting and quantifying cold ambient heat rejection.
Join us for Ricardo Software's UserCon Europe 2017. Our conference and workshops will continue in the tradition of excellence, offering engaging client presentations and concluding with expert led workshops.
Ricardo Software releases newest issue of powertrain design software newsletter
View our powerful product line-up
Intuitive engine design, durability and NVH
Hub for powertrain and vehicle FEA
Market-leading power-cylinder dynamics
Technical leader for ring-pack dynamics
Shaft, gear and bearing concepting
Fast powertrain-focused multi-body dynamics
Focused and robust powertrain CFD
1D engine performance and NVH
Industry leading real-time engine simulation
Complete vehicle performance and fuel economy modelling
Recordings of Ricardo Software's past webinars are available for your instant viewing. Download free copies today!
View all past webinars here
Basic software training on VECTIS
SI engine software training on VECTIS
Basic and intermediate software training on IGNITE
Basic software training on VALDYN
Acoustic software training on WAVE
FE powertrain modelling software training on FEARCE
Ricardo Software's popular UserCon Europe returns to Prague, Czech Republic in 2017. Register today.
The international Modelica conference is the main event for users, library developers, tool vendors and language designers.
The premier technical event dedicated to mobility noise, vibration and harshness
Annual Ricardo Software Japanese User Conference - Mechanical Systems
The symposium will focus on cutting-edge thermal management technology and regulation compliance strategies.
A newly organized support portal has been designed to provide easy access to software downloads, training documents, and open support tickets. Access to the exclusive support portal is permitted only to registered Ricardo Software customers
Ricardo worked alongside Volkswagen AG Research to develop new methods for design and optimization of waste-heat recovery systems in future vehicles.
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