电动汽车的悬架系统及减振器参数设计开题报告
2020-02-20 09:02
1. 研究目的与意义（文献综述）
with the increasing demand for carcomfort, the design and improvement of suspension becomes more and moreimportant. suspension is the general name of all force transfer connectingdevices between the frame and the axle or wheel of an automobile. its functionis to transfer the force and torque between the wheel and the frame, such assupporting force, braking force and driving force, and to buffer the impactforce transmitted from uneven road surface to the frame or body, and toattenuate the vibration caused by it, so as to ensure the comfort of thepassengers, reduce the cargo and the vehicle itself. dynamic load. therefore,the suspension design of electric vehicle can make the vehicle have good ridecomfort and reliability.
domestic research status:
2. 研究的基本内容与方案
2.1 basic content
1. structural selection of electricvehicle front suspension.
2. design and calculation of electricvehicle front suspension.
3. 研究计划与安排
| Semester7,19th to 20th week | To determine the graduation design topics, graduationdesign task book (related parameters), school data collection. |
| Semester8,1st week | Organize ideas, search reference, complete the openingreport. |
| Semester8,2nd to 3rd week | Off-campus internship, off-campus data collection, completionof internship report. |
| Semester8,4th week | foreign language translation, data re – collection. |
| Semester8,5th to 7th week | Design calculations, sketching. |
| Semester8,7th week | Mid - term reply. |
| Semester8,8th to 10th week | Drawing sample, writing design calculation manual. |
| Semester8,11th to 13th week | Drawings and design calculations, information bag finishing,defense qualification review. |
| Semester8,14th week | Students apply for a defense, and prepare for the defense;teachers review drawings and instructions. |
| Semester8,15th to 16th week | To participate in the thesis defense. |
4. 参考文献（12篇以上）
[1] yang xiao. electric vehiclesuspension simulation research based on adams and ansys [j]. hebei unionuniversity, 2015.
[2] li jincan. the influence oftorsional steering on mcpherson suspension front-drive vehicle [j]. technologycenter of shanghai automobile group co. ltd. 2014.
[3] chen xin. suspension system designand ride comfort analysis of mini electric vehicle [j]. south china universityof technology, 2018.
