Advanced Vehicle Powertrain Design using Model-Based Design PDF | Telecharger Gratuitement

Advanced Vehicle Powertrain Design using Model-Based Design 

TELECHARGER

TELECHARGER

Comment Télécharger

Apropos :

1. Introduction ................................................................................................................................. 1
1.1. Introduction to EcoCAR ....................................................................................................... 1
1.2. Hybrid Electric Vehicles ...................................................................................................... 2
1.3. Model-Based Design ............................................................................................................ 3
1.4. Objectives ............................................................................................................................. 3
1.5. Powertrain Efficiency ........................................................................................................... 4
1.6. Fuel Properties ...................................................................................................................... 4
2. Literature Review........................................................................................................................ 5
2.1. King Paper (King and Nelson, 2013) on Model-Based Design of a PHEV ......................... 5
2.2. White Master’s Thesis (White, 2014) on Energy Flow Through Advanced Powertrains ... 6
2.3. Mahapatra (Mahapatra et al., 2008) Paper on Model-Based Design in HEV’s ................... 6
2.4. Wang (Wang et al., 2011) Paper on Hybrid Vehicle Control Systems ................................ 7
2.5. Simpson (Simpson and Walker, 2003) Paper on a Parametric Analysis Technique for HEV
Powertrain Design ....................................................................................................................... 8
2.6. Marco Paper (Marco and Cacciatori, 2007) on Model-Based Design in HEV Design ....... 9
2.7. Literature Review Summary .............................................................................................. 10
3. Component Models ................................................................................................................... 11
3.1. Glider Model ...................................................................................................................... 11
3.2. Power Loss Modeling ......................................................................................................... 13
3.3. Engine Model ..................................................................................................................... 15
3.4. Driveline Model ................................................................................................................. 19
3.5. Motor Model ...................................................................................................................... 22
3.6. Battery Model ..................................................................................................................... 26
3.7. Driver Model ...................................................................................................................... 28
3.8. Hybrid Vehicle Supervisory Controller ............................................................................. 30
3.9. Model Validation ................................................................................................................ 46
4. Power & Energy Requirements at the Wheels .......................................................................... 48
4.1. Vehicle Glider Properties ................................................................................................... 48
4.2. Energy at the Wheels .......................................................................................................... 48
4.3. Minimum Powertrain Efficiency ........................................................................................ 49
4.4. Average Power Requirements ............................................................................................ 49
5. Conventional Vehicle Performance & Fuel Consumption ....................................................... 51
5.1. Base Engine Model ............................................................................................................ 51
5.2. Gasoline Engine Sizing Study ............................................................................................ 54
5.3. Diesel Engine Model .......................................................................................................... 57
5.4. Diesel Engine Sizing Study ................................................................................................ 59
6. Battery Electric Vehicle Performance & Energy Consumption ............................................... 62
7. Series Hybrid Electric Vehicle Performance & Fuel Consumption ......................................... 67
7.1. Series Hybrid Base Case .................................................................................................... 67
v
7.2. Series Hybrid Sizing Study ................................................................................................ 70
7.2.1. Charge Sustaining Operation ....................................................................................... 70
7.2.2. Charge Depleting Operation ........................................................................................ 71
7.2.3. Utility Factor Weighting.............................................................................................. 72
8. Innovative Technologies to Reduce Energy Consumption ....................................................... 74
8.1. Active Noise Control .......................................................................................................... 74
8.2. Turbocharging .................................................................................................................... 74
8.3. Waste Heat Recovery ......................................................................................................... 75
8.4. Modeling of the Potential for Conventional Vehicle Fuel Consumption Reduction ......... 75
8.5. Conclusions for Fuel Consumption Reduction Technologies ............................................ 76
9. Proposed Powertrain Design to Meet EcoCAR 3 Design Targets ............................................ 77
9.1. Case 1 – BAS Parallel, E85 Fuel ........................................................................................ 78
9.2. Case 2 – Parallel through the Road, E85 Fuel .................................................................... 79
9.3. Case 3 – PTTR Plug-In, E85 Fuel ...................................................................................... 82
9.3.1. Charge Sustaining Operation ....................................................................................... 83
9.3.2. Charge Depleting Operation ........................................................................................ 85
9.3.3. Utility Factor Weighting.............................................................................................. 86
9.4. Case 4 – Improved Series HEV Plug-In, E85 Fuel ............................................................ 87
9.5. Case 5 – PTTR Plug-In, B20 Fuel ...................................................................................... 88
9.6. Chosen Powertrain ............................................................................................................. 89
10. Summary & Conclusions ........................................................................................................ 91


=================== Extra Tages ==========
telecharger livres gratuit
telecharger livre pdf gratuit ebooks
telecharger livre gratuit pour tablette
livre gratuit en ligne
telecharger romans gratuitement
ebook gratuit pdf telecharger
telecharger livre pdf gratuit sans inscription
telecharger ebook gratuit illegal
comment telecharger des livres gratuitement en pdf
livre gratuit pdf romance
telecharger livre pdf gratuit ebooks
roman gratuit pdf
livre gratuit en ligne
roman sentimental gratuit pdf
telecharger romans gratuitement
telecharger livre gratuit pour tablette