Design And Fabrication Of An Air Driven Engine

ProjectStoc - 44 pages 6700 words 1043 views Project Diploma/Degree/Masters Level Mechanical Engineering ₦4000 Naira ($10.53 USD)

This is a Premium work, paid access only

Register/Login to Access Full Work



ABSTRACT:
The designed air driven engine is an economic friendly engine
which operates with the aid of a compressed air. in principle, an air driven
engine uses the expansion of compressed air to drive the pistons of an engine.
an air driven engine is a pneumatic actuator that creates useful work by
expanding compressed air. there is no mixing of fuel with air as there is no
combustion.

An air driven engine makes use of compressed air technology
for its operation the compressed air technology is quite simple. if we compress
normal air into a cylinder the air would hold some energy within it. this
energy can be utilized for useful purposes. when this compressed air expands,
the energy is released to do work. so this energy in compressed air can also be
utilized to displace a piston

TABLE OF CONTENTS
CHAPTER ONE
1.0 introduction
1.1aims and objectives
1.2 statement of problem
1.3 relevance of the project
1.4 scope and limitation of study
1.4 scope and limitation of study


CHAPTER TWO
2.0 literature review
2.1 vacuum brazing technology
2.2 characteristics of vacuum brazing furnaces
2.3 types of vacuum brazing technology
2.3.1 aluminum vacuum brazing furnaces
2.3.2 copper vacuum brazing furnaces
2.3.3 nickel brazing vacuum furnaces
2.4 problems with brazing furnaces
2.5 the programmable logic controller
2.5.1 hardware


CHAPTER THREE
3.0 equipment design, specification and working principle
3.1 universal programmer 25
3.1.1 set point and parameter display
3.2 universal transmitter 35
3.3 signal conditioting circuit
3.3.1 vacuum brazing furnace:
3.3.2 temperature sensor
3.4 therrmocouples
3.4.1 principle:
3.4.2 resistance thermometer
3.4.3 vacuum sensor
3.4.4 recorder
3.4.4.1 features
3.5 thyristor control
3.5.1 specifications:
3.6 vacuum instruments
3.6.1mini convectron vacuum gauge
3.6.2front panel features:
3.6.3vacuum adjustment:
3.6.4atmosphere adjustment:
3.6.5 set point adjustment:
3.6.6 monitor common:
3.6.7 control valves:
3.6.8 the 307vgccontrol unit:
3.6.9 vgc control unit front panel
3.6.9.1 units of measure: 
3.6.9.2 ion gauge on /off:
3.6.9.3 degas on/off 
3.6.9.4 available remote input/output option
3.7 process software      
3.8 program pattern

CHAPTER FOUR
4.0 operating procedures, maintenance and trouble shooting
4.1 the operating procedure
4.1.2 close down procedure
4.2maintainance:
4.2.1 trouble shooting flow diagram
4.2.2 safety procedure while using the thyristor controller

CHAPTER FIVE
5.0 CONCLUSION AND RECOMMENDATION
5.1 Conclusion
5.2 Recommendation

REFERENCES
Disclaimer: Note this academic material is intended as a guide for your academic research work. Do not copy word for word. Note: For Computer or Programming related works, some works might not contain source codes

CITE THIS WORK

(2016, 08). Design And Fabrication Of An Air Driven Engine.. ProjectStoc.com. Retrieved 08, 2016, from https://projectstoc.com/read/7853/design-and-fabrication-of-an-air-driven-engine-6550
"Design And Fabrication Of An Air Driven Engine." ProjectStoc.com. 08 2016. 2016. 08 2016 <https://projectstoc.com/read/7853/design-and-fabrication-of-an-air-driven-engine-6550>.
"Design And Fabrication Of An Air Driven Engine.." ProjectStoc.com. ProjectStoc.com, 08 2016. Web. 08 2016. <https://projectstoc.com/read/7853/design-and-fabrication-of-an-air-driven-engine-6550>.
"Design And Fabrication Of An Air Driven Engine.." ProjectStoc.com. 08, 2016. Accessed 08, 2016. https://projectstoc.com/read/7853/design-and-fabrication-of-an-air-driven-engine-6550.

Connect with Us