निरंतर वॉल्यूम स्प्रे चैंबर का उपयोग कर ईंधन स्प्रे का मैक्रोस्कोपिक विश्लेषण
- For the macroscopic analysis of spray, a square shaped constant volume chamber was designed using SOLIDWORKS. After designing the chamber, casting and machining of the chamber was carried out
- The constant volume spray chamber can be pressurized at maximum of 60 bar using inert gas, so that the injection can be done in the chamber as per to match the actual engine chamber characteristics.
- The chamber has four flanges with optical windows (two for illuminating the chamber with white light sources and two for capturing the images using high speed camera), one flange (for mounting mechanical/solenoid injector) and one solid flange (for N2 inlet supply, N2 outlet supply and for mounting pressure gauge).
- With the help of high speed camera, The images are grabbed by image grabbing software installed in the computer and are analysed by MATLAB.
- Reliable prediction of spray penetration length, spray cone angle, spray breakup and spray area is required for achievement of increase in fuel efficiency, reduction in exhaust gas emissions.
- In the work, diesel and biodiesel fuel spray development can be studied using High speed imaging of a high pressure diesel common rail injector mounted on a constant volume square spray chamber.
- For image analysis of the spray coming from the mechanical injector a DM10 engine mechanical injector is used having three holes in the nozzle and which can be pressurized to maximum of 250 bar of pressure
- For injecting the fuel by solenoid injector, pneumatic high pressure pump was used. The high pressure pump can deliver pressure up to 2100 bar continuously through the high pressure line which is connected to the common rail mounted on the chamber. The common rail reduces the pressure fluctuations and supplies the fuel to the solenoid injector.
- For driving the solenoid injector, NI DI injector driver system was used. This module is used for driving peak and hold injectors. The pulse width, pulse duration and injection delay was set with the help of software.
संपर्क व्यक्ति
- Dr Avinash K Agarwal, FSAE, FASME
Department of Mechanical Engineering
Indian Institute of Technology Kanpur
Kanpur-208016 India
Home Page: www.iitk.ac.in/erl
Tel: +91 512 2598682 (Res)
Fax: +91 512 2597982, 2597408 (Off)
प्रवेश प्रक्रिया:
Contact Prof. Avinash Kumar Agarwal
उपकरण
For the macroscopic analysis of the fuel sprays coming out of the injector constant volume spray chamber is used with optical access provided for the image analysis, For capturing spray images High speed camera is used with higher frame rate provided with two white light sources in the chamber. The mechanical injector is operated with the help of mechanical fuel pump and pneumatic high pressure pump is used for solenoid injector, NI Direct Injection module is used for operation of solenoid injector.
आयोजन स्थल:
Engine Research Laboratory, IIT Kanpurसमय:
Contact Prof. Avinash Kumar Agarwalसंपर्क सूचना:
Engine Research Laboratory
Department of Mechanical Engineering
IIT Kanpur, Kanpur-208016
Tel: +91 512 2597458 (Lab)