Automated Design is the world's first Expert System for engine simulation and design. This unique and innovative software product employs a rigorous scientific design process, which fully exploits the benefits of "simulation-based virtual prototyping", to rapidly create optimized engine designs in large design spaces. It relies on the accuracy and powerful parametric capabilities of Virtual Engines to create and simulate the performance of each new design. It provides a true multi-user environment in which knowledge and expertise is shared and supports network supercomputing through parallel-processing on ubiquitous Windows™ PC's. The key elements of the Automated Design Expert System include -   A centralized, secure database that includes a Knowledge Base   Advanced Design of Experiments (DOE) techniques that facilitate extensive and repeatable design space analysis   Powerful parallel-processing capabilities that allow the existing, latent computational power of every Windows PC on a local-area-network to be applied to engine design problem solving. Product Information Sheets: 2005 Automated Design Information (PDF - 115K) 2005 Network Supercomputer Information (PDF - 169K) Automated Design Expert System (PDF - 620K) Multi-User Database Support (PDF - 41K) Network Supercomputer (PDF - 318K) Engine Technology International Article (PDF - 92K) Benefits of an Expert System (PDF - 31K) Press Release (PDF - 14K) Advertisement Overview (PDF - 298K) Product Updates Request More Details Virtual 4-Stroke® is a powerful engine performance simulation software product for the Windows PC. It designs, simulates and optimizes engine geometry in an accurate, fast and user-friendly virtual environment. Our new release, Version 8.0, is a major step forward and includes many exciting features. Some of the highlights are: Parametric design, Optimization, Virtual DAQ, Catalyst and MATLAB/Simulink. Other recent features include Turbocharger, Supercharger and Intercooler support; Co-simulation option with FLUENT; Transient pipe temperature analysis; Variable pipe length; Multi-user database and Dynamic valve motion. 2005 Virtual Engines Information (PDF - 294K) Simulation Animations (Race Engine Technology Magazine) Product Information Sheets: Multi-User Database Support (PDF - 41K) Network Supercomputer (PDF - 318K) Parametric Design (PDF - 577K) Catalyst Module (PDF - 589K) Turbocharger Module (PDF - 897K) Supercharger Module (PDF - 732K) Co-simulation with FLUENT (PDF - 150K) Post-processing: ANIMATE (PDF - 347K) DYNOSCOPE (PDF - 138K) MATLAB Interface (PDF - 317K) VDAQ - Virtual Data Acquisition (PDF - 162K) Technical Paper Listing Virtual 4-Stroke PowerPoint Presentation Virtual 4-Stroke Case Study Product Updates Register Virtual 4-Stroke Request More Details Virtual 2-Stroke® is a powerful engine performance simulation software product for the Windows PC. It designs, simulates and optimizes engine geometry in an accurate, fast and user-friendly virtual environment. Our new release, Version 8.0, is a major step forward and includes many exciting features. Some of the highlights are: Parametric design, Optimization, Virtual DAQ, Catalyst and MATLAB/Simulink. Other recent features include Turbocharger, Supercharger and Intercooler support; Co-simulation option with FLUENT; Transient pipe temperature analysis; Variable pipe length; Multi-user database and Dynamic valve motion. 2005 Virtual Engines Information (PDF - 294K) Product Information Sheets: Multi-User Database Support (PDF - 41K) Network Supercomputer (PDF - 318K) Parametric Design (PDF - 577K) Catalyst Module (PDF - 589K) Turbocharger Module (PDF - 897K) Supercharger Module (PDF - 732K) Co-simulation with FLUENT (PDF - 150K) Post-processing: ANIMATE (PDF - 347K) DYNOSCOPE (PDF - 138K) MATLAB Interface (PDF - 317K) VDAQ - Virtual Data Acquisition (PDF - 162K) Technical Paper Listing Virtual 2-Stroke PowerPoint Presentation Virtual 2-Stroke Case Study Product Updates Register Virtual 2-Stroke Request More Details   Request More Details New! FSAE and Virtual 4-Stroke User Forum!