Automotive Engines

# Bookmarks

* Diesel Truck Engines, Performance Duramax Parts, Trucks & Cars - Diesel Power Magazine
* etasgroup - YouTube
* Engine Technology International
* Green Car Congress
* Diesel Net

# Trends

* Scuderi Group
* Ten Trends That Are Steering The Auto Industry's Future
* Future of Automotive Powertrains
* Three Emerging Trends in Automotive Engineering
* Internal Combustion Engines: The Road Forward
* Automotive Powertrain Technologies through 2016 and 2025
* INNOVATIVE TRENDS IN THE AUTOMOTIVE INDUSTRY

# Modeling

* Linkoping
* Linkoping Software
* TCDI EGR VGT model
* Modelica MVEMLib
* Combustion modeling for virtual SI engine calibration with the help of 0D/3D methods
* The Internal Combustion Engine Modelling : Modelling, Estimation and Control Issues
* Ken Butts Engine Model
* Engine and Transmission Modeling for Heavy-Duty Vehicles
* Diesel Engines
* A modeling approach for engine dynamics based on electrical analogy
* Modelling of an internal combustion engine using power-oriented graphs and electrical analogy
* The POG Technique for Modelling Engine Dynamics Based on Electrical Analogy
* Dynamic Modeling and Control of Hybrid Automotive Systems

## Concepts

* Brake Specific Fuel Consumption (BSFC)
* Thrust Specific Fuel Consumption (TSFC)
* Brake Mean Effective Pressure (BMEP)

## 1D Simulation

* GT-Power
* Ricardo WAVE
* AVL Boost

## Cyber Physical Systems

* Component-based Modeling of Dynamic Systems using Heterogeneous Composition

## Component Models

* Modelica
* Simulink
* AADL
* Bond Graphs
* UML
* OMG SysML

## Model Based Testing

* Model Based Testing of Automotive Systems

# Engine Control

* Modeling and control of automotive powertrain systems: a tutorial
* Control, Computing and Communications: Technologies for the Twenty-First Century Model T

# Model Based Engine Design

* Towards a concurrent engine system design methodology - Toyota
* Model Driven Software Engineering
* Model Based Software Development
* AutoMoDe
* Automotive Engine Control and Hybrid Systems: Challenges and Opportunities
* System Level Design
* Embedded System Design for Automotive Applications
* Model Based Systems in the Automotive Industry
* Optimal Design for Automotive Hybrid Powertrain Systems
* Model Based Decomposition of Design Problems
* Hardware in the loop - Opal RT
* MIL/SIL Tutorial - Emmeskay
* Virtual testing with Model Based Design
* FANG Challenge
	+ Presentation
	+ Openalia
	+ Drivetrain Guidelines
	+ C2M2L
* OnRAMP
	+ Greg Stewart
	+ Francesco Borrelli
	+ OnRAMP

# Model Based Fault Detection

* Model Based Diagnosis for the Air Intake System of the SI-Engine

# Software

* D2T
* Bosch Motorsport
* Diesel RK
* Dynomation
* KIVA
* ETAS
	+ ETAS INCA
	+ LABCAR Automation
	+ ETAS INCERIO
	+ XiL
* AVL
	+ BOOST RT
	+ AVL Cruise
* Tesis DYNAware
* Raptor
* Multidisciplinary Design Optimization Laboratory Multidisciplinary Design Optimization Laboratory

## Simulation

* Vehicle Simulation Software
* Gamma Technologies - Engine and Vehicle simulation
* Linkoping Diesel Engine Model
* CMCL Innovations
* LMS
	+ AMESim
* Lotus Engineering Software
* dSPACE
* openProd
* Autonomie (PSAT)

## Software Standards

* IBM Rational
* Eclipse Automotive Tool Platform
* AUTOSAR
	+ ARTOP
	+ EAST-ADL
	+ EATOP
* edona
* TASTE
* TOPCASED
* AADL Tools
* META
* SAFE
* ITEA2

# People

* Ilya Kolmanovsky
* Anna Stefanopoulou
* Karl Hedrick
* Giorgio Rizzoni
* Hossein Javaherian
* Mahdi Shahbakhti
* Pieter J. Mosterman
* Luigi Glielmo
* Per Andersson

# Industry

* Next generation model based diesel engine control
* ETAS - Tools and solutions for the development and service of automotive ECUs
* Bosch Engine Management System
* Bosch Electronic Diesel Control
* Bosch Powertrain systems for passenger cars
* Continental Automotive
* Delphi
* DENSO
* Hitachi Automotive Systems
* Honda R&D Americas
* IFP Engine Nouvels
* Magneti Marelli
* Mitsubishi Electric
* Siemens

# Government

* Combustion Research Facility
* Vehicle Technologies Office
* Autonomie
* Oak Ridge National Lab
	+ Modeling and Simulation
* Powertrain System Analysis Toolkit
* PHEV

# Research

* Vehicle Dynamics and Control Lab, Berkeley
* Technical Committee on Automotive Control
* Advanced Ground-Vehicle Power - Energy Center - Discovery Park at Purdue
* ECRL
* Automatic Control - Automotive systems
* Autonomie
* Vehicular Systems at Linköping University
* University of Michigan Transportation Research Institute
* Advanced Power System Research Center
* ARES
* Ohio State
* Ohio State Center for Automotive Research
* WatCAR
* IFP Group Powertrain Technologies
* Advanced Centre for Automotive Research and Testing

# Books

* Real-Time Object Uniform Design Methodology with UML
* Introduction to Modeling and Control of Internal Combustion Engine Systems by Lino Guzzella (Author), Christopher Onder
* Vehicle Propulsion Systems: Introduction to Modeling and Optimization by Lino Guzzella (Author), Antonio Sciarretta
* Internal Combustion Engine Fundamentals by John Heywood
* Diesel-Engine Management, Robert Bosch GmbH
* Automotive Control Systems by A. Galip Ulsoy (Author), Huei Peng (Author), Melih Çakmakci
* Modeling and Control of Engines and Drivelines by Lars Eriksson (Author), Lars Nielsen

# Conferences

* Model Based Architecting and Construction of Embedded Systems
* ACM/IEEE 15th International Conference on Model Driven Engineering Languages & Systems
	+ Model Integration Languages
* E-COSM'2015

# Courses

* Internal Combustion Engines - MIT
* Engines - CSU