《AVL Cruise原理手册.pdf》文档下载

2020-1-1 19:43| 发布者: autosim| 查看: 1491| 评论: 7|来自: AutoSim

摘要: 新版的Cruise软件帮助文档采用html格式，需要在浏览器中阅读，不便于手机用户。这里提供一份旧版Cruise软件的原理手册/理论手册（Theory Manual）官方pdf文档，可以较方便的在手机上阅读。 This document describes ...

《AVL Cruise理论手册.pdf》文档下载地址：https://autosim.club/thread-2-1-1.html

新版的Cruise软件帮助文档采用html格式，需要在浏览器中阅读，不便于手机用户。这里提供一份旧版Cruise软件的原理手册/理论手册（Theory Manual）官方pdf文档，可以较方便的在手机上阅读。

This document describes how to run the CRUISE software. It does not attempt to discuss all of concepts of vehicle simulation that are required to obtain successful solutions. It is the user’s responsibility to determine if he/she has sufficient knowledge and understanding of vehicle simulation to apply this software appropriately.

文档目录：

1. Introduction
1.1. Scope
1.2. User Qualification
1.3. Symbols
1.4. Configurations
1.5. Where to Find More Information
2. Technical Modules
2.1. Vehicle (V)
      2.1.1. Properties
      2.1.2. User Defined Variables
      2.1.3. Input and Output Variables
      2.1.4. Computation of the Module Variables
      2.1.5. Equation System
2.2. Trailer (A)
      2.2.1. Properties
      2.2.2. User Defined Variables
      2.2.3. Input and Output Variables
      2.2.4. Computation Variables
      2.2.5. Equation System
2.3. Two Axle Trailer (TAT)
      2.3.1. Properties
      2.3.2. User Defined Variables
      2.3.3. Input and Output Variables
      2.3.4. Computation Variables
      2.3.5. Equation System
2.4. Clutch (C)
      2.4.1. Properties
      2.4.2. User Defined Variables
      2.4.3. Input and Output Variables
      2.4.4. Computation Variables
      2.4.5. Equation System
2.5. Viscous Clutch (K)
      2.5.1. Properties
      2.5.2. User Defined Variables
      2.5.3. Input and Output Variables
      2.5.4. Computation Variables
      2.5.5. Equation System
2.6. Torque Converter (T)
      2.6.1. Properties
      2.6.2. User Defined Variables
      2.6.3. Input and Output Variables
      2.6.4. Computation Variables
      2.6.5. Equation System
2.7. Automatic Clutch (AC)
      2.7.1. Properties
      2.7.2. User Defined Variables
      2.7.3. Input and Output Variables
      2.7.4. Computation Variables
      2.7.5. Equation system
2.8. Shaft (S)
      2.8.1. Properties
      2.8.2. User Defined Variables
      2.8.3. Input and Output Variables
      2.8.4. Computation Variables
      2.8.5. Equation System
2.9. Gear Box (G)
      2.9.1. Properties
      2.9.2. User Defined Variables
      2.9.3. Input and Output Variables
      2.9.4. Computation Variables
      2.9.5. Equation System
2.10. Planetary Gear Box (PG)
      2.10.1. Properties
      2.10.2. User Defined Variables
      2.10.3. Input and Output Variables
      2.10.4. Equation System
2.11. Double Pinion Gearbox (DP)
      2.11.1. Properties
      2.11.2. User Defined Variables
      2.11.3. Input and Output Variables
      2.11.4. Equation System
2.12. CVT – Continuously Variable Transmission (H)
      2.12.1. Properties
      2.12.2. User Defined Variables
      2.12.3. Input and Output Variables
      2.12.4. Computation Variables
      2.12.5. Equation System
2.13. Single Ratio Transmission (D)
      2.13.1. Properties
      2.13.2. User Defined Variables
      2.13.3. Input and Output Variables
      2.13.4. Computation Variables
      2.13.5. Equation System
2.14. Differential (N)
      2.14.1. Properties
      2.14.2. User Defined Variables
      2.14.3. Input and Output Variables
      2.14.4. Computation Variables
      2.14.5. Equation System
2.15. Combustion Engine (E)
      2.15.1. Properties
      2.15.2. User Defined Variables
      2.15.3. Input and Output Variables
      2.15.4. Computation Variables
      2.15.5. Equation System
      2.15.6. Power Correction on Environment Conditions
      2.15.7. Charger Response Behavior
      2.15.8. Temperature Models
      2.15.9. Consumption Models
      2.15.10. Fuel Shut-Off
2.16. Cylinder Cut-out Engine (CCE)
      2.16.1. Properties
      2.16.2. User Defined Variables
      2.16.3. Input and Output Variables
      2.16.4. Equation System
2.17. Partial Engine (PE)
2.18. Electric Motor (J)
      2.18.1. Properties
      2.18.2. User Defined Variables
      2.18.3. Input and Output Variables
      2.18.4. Computation Variables
      2.18.5. Equation System
2.19. Electric Machine (EM)
      2.19.1. Properties
      2.19.2. User Defined Variables
      2.19.3. Input and Output Variables
      2.19.4. Computation Variables
      2.19.5. Equation System
2.20. Generator (L)
      2.20.1. Properties
      2.20.2. User Defined Variables
      2.20.3. Input and Output Variables
      2.20.4. Computation Variables
      2.20.5. Equation System
2.21. Battery (Q)
      2.21.1. Properties
      2.21.2. User Defined Variables
      2.21.3. Input and Output Variables
      2.21.4. Computation Variables
      2.21.5. Equation System
2.22. Electrical Consumer (X)
      2.22.1. Properties
      2.22.2. User Defined Variables
      2.22.3. Input and Output Variables
      2.22.4. Computation Variables
      2.22.5. Equation System
2.23. Supercapacitor (SC)
      2.23.1. Properties
      2.23.2. User Defined Variables
      2.23.3. Input and Output Variables
      2.23.4. Computation Variables
      2.23.5. Equation System
2.24. DC/DC CONVERTER (DC)
      2.24.1. Properties
      2.24.2. User Defined Variables
      2.24.3. Input and Output Variables
      2.24.4. Computation Variables
      2.24.5. Equation System
2.25. Battery H (QH)
      2.25.1. Properties
      2.25.2. User Defined Variables
      2.25.3. Input and Output Variables
      2.25.4. Computation Variables
      2.25.5. Equation System
2.26. Terminal (KL)
      2.26.1. Properties
      2.26.2. User Defined Variables
      2.26.3. Input and Output Variables
2.27. Gear Box Control (O)
      2.27.1. Properties
      2.27.2. User Defined Variables
      2.27.3. Input and Output Variables
      2.27.4. Computation Variables
      2.27.5. Equation System
2.28. Gear Box Program (P)
      2.28.1. Properties
      2.28.2. User Defined Variables
      2.28.3. Input and Output Variables
      2.28.4. Computation Variables
      2.28.5. Equation System
2.29. Clutch Control (CL)
      2.29.1. Properties
      2.29.2. User Defined Variables
      2.29.3. Input and Output Variables
      2.29.4. Equation System
2.30. Clutch Program (CP)
      2.30.1. Properties
      2.30.2. User Defined Variables
      2.30.3. Input and Output Variables
      2.30.4. Computation Variables
      2.30.5. Equation System
2.31. Engine Shut-off (OOA)
      2.31.1. Properties
      2.31.2. User Defined Variables
      2.31.3. Input and Output Variables
      2.31.4. Computation Variables
      2.31.5. Equation System
2.32. Start Stop Automatic SSA (I)
      2.32.1. Properties
      2.32.2. User Defined Variables
      2.32.3. Input and Output Variables
      2.32.4. Computation Variables
      2.32.5. Equation System
2.33. Brake Control (Y)
      2.33.1. Properties
      2.33.2. User defined Variables
      2.33.3. Input and Output Initial values
      2.33.4. Equation System
2.34. CVT Control (H)
      2.34.1. Properties
      2.34.2. User Defined Variables
      2.34.3. Input and Output Variables
      2.34.4. Equation System
2.35. Anti Slip Control (ASC)
      2.35.1. Properties
      2.35.2. User Defined Variables
      2.35.3. Input and Output Variables
      2.35.4. Equation System
2.36. Cylinder Cut-out Control (ZAS)
      2.36.1. Properties
      2.36.2. User Defined Variables
      2.36.3. Input and Output Variables
      2.36.4. Computation Variables
      2.36.5. Equation System
2.37. Brake (B)
      2.37.1. Properties
      2.37.2. User Defined Variables
      2.37.3. Input and Output Variables
      2.37.4. Equation System
2.38. Retarder (R)
      2.38.1. Properties
      2.38.2. User Defined Variables
      2.38.3. Input and Output Variables
      2.38.4. Equation System
2.39. Mechanical Consumer (MX)
      2.39.1. Properties
      2.39.2. User Defined Variables
      2.39.3. Input and Output Variables
      2.39.4. Equation System
2.40. Oil Pump (OP)
      2.40.1. Properties
      2.40.2. User Defined Variables
      2.40.3. Input and Output Variables
      2.40.4. Equation System
2.41. Cockpit (CO)
      2.41.1. Properties
      2.41.2. User Defined Variables
      2.41.3. Input and Output Variables
      2.41.4. Equation System
2.42. Exhaust System (EX)
      2.42.1. Properties
      2.42.2. User Defined Variables
      2.42.3. Input and Output Variables
      2.42.4. Computation Variables
      2.42.5. Equation System
2.43. AVL Exhaust System (AX)
      2.43.1. Properties
      2.43.2. User Defined Variables
      2.43.3. Input and Output Variables
      2.43.4. Equation System
2.44. MATLAB®/SimuLink™ (ML)
      2.44.1. Properties
      2.44.2. User Defined Variables
      2.44.3. Input and Output Variables
      2.44.4. Equation System
2.45. MATLAB® API (MA)
      2.45.1. Properties
      2.45.2. User Defined Variables
      2.45.3. Input and output Variables
      2.45.4. Equation System
2.46. Cruise Interface (CI)
      2.46.1. Properties
      2.46.2. User Defined Variables
      2.46.3. Input and Output Variables
2.47. Black Box (BB)
      2.47.1. Properties
      2.47.2. User Defined Variables
      2.47.3. Input and Output Variables
      2.47.4. Equation System
2.48. FLOWMASTER®
      2.48.1. User Defined Variables
      2.48.2. Input and Output Variables
2.49. KULI®
      2.49.1. User Defined Variables
      2.49.2. Input and Output Variables
2.50. Boost Engine (BE)
      2.50.1. Properties
      2.50.2. User Defined Variables
      2.50.3. Input and Output Variables
2.51. Function (FU)
      2.51.1. Properties
      2.51.2. User Defined Variables
      2.51.3. Input and Output Variables

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