Motor Projeler

7/27/2019 Motor Projeler

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Theoretical Projects

Design, modelling and analysis = 10% Term points.

101 Design, modelling and analysis of 3 phase induction motor

102 Design, modelling and analysis of 1 phase induction motor

103 Design, modelling and analysis of 3 phase synchronous motor

104 Design, modelling and analysis of 3 phase linear synchronous motor

105 Design, modelling and analysis of 3 phase linear induction motor

106 Design, modelling and analysis of 1 phase linear induction motor 107 Design, modelling and analysis of permanent magnet brushless ac moto

108 Design, modelling and analysis of linear permanent magnet brushless ac/dc moto

10 Design, modelling and analysis of !ind tur"ines using an #nd$%en

110 Design, modelling and analysis of !ind tur"ines using a D& %en'

111 Design, modelling and analysis of !ind tur"ines using a synchronous gen'

112 Theoretical- Investigation of Wind Turbines in details

113 Theoretical-Investigation of electrical parts of electrical cars

114 Investigation Electromagnetic levitation systems, Patents, standarts.

115 Prepare a course note on Wind turbines

116 Prepare a course note on ac machines (1,3 phase Synchronous-Asynchronous motors-gens)

117 Prepare a course note on transformers and dc machines

118 Prepare a course note on linear ac motors (1,3 phase Synchronous-Asynchronous motors)

11 Prepare a course note on stepping motors and prepare 3 laboratory experiment sheets120 Prepare a course note on permanent magnet brushless dc motors and drie systems

121 Prepare a course note on electromagnetic circuits and prepare t!o laboratory experiment sheets

122 The related articles ith our course can be suggested to be a theoretical pro!ect.

123 "sing of #agnet, Ansoft #ax!ell, $omsol programs for modelling and simulations of motor and%or drie systems

124

125

126

127

128

12

130

131

General Notes

"ll calculations must be done using #ath$ad.

"ll the simulations and modelling should be done using #at%ab.

&eports must be presented seriously. It must contain all the references and all the ritten content should

address references. &eferenced papers must be added as softcopy and afe as hardcopy at the end at appendi'.

"ll the pro!ects must be presented.

(se e'tensively E'cel, #ath$ad, #at%ab in your reports.

Practical pro!ects can be up to ) students normally.

Theoretical pro!ects can not e'ceed to people

Practical pro!ects ill be graded *+ e'tra points.

Theoretical pro!ects ill be graded * points.

Pro!ects must be submitted until the firs ee of December.

ut if you are really hard oring and could not completed e'stra time can be given.

* Servo motors can be spplied i! stdents can assre"garanty any damage to servos #real servo motors$.

o can propose project titles

Detailed information on the presentation of reports ill be given. "s general it must be at least final year pro!ect

report.

Tae care the folloing points all in your life0

&o 'or( has been completed ntil the paper 'or( done

To solve a p))le start 'ith the corner

e eager to learn and to do some things

e respectful to your friends.

"ll rights reserved 1 by "ssoc. Prof. Dr. 2edat #. 3arsli(



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Practical Projects

Design and constrction andor re'iring"repairing = +0% -tra points.

4*4.*. %inear motor control

4*4.*.* The first step on the design and construction of a 5inge

4*4.*.4 Electrical sateboard

4*4.*.6 Electrical go-art

4*4.*.) Electrical go-art system design and construction using linear motor

4*4.*.+ Design and construction of linear permanent magnet brushless ac/dc motor4*4.*.7 %inear motor 8comletion9 8"$9

4*4.*.: %inear motor design and completion #base nit 'ill be given"seperate !rom above$

4*4.*.; Design and construction of a 3 phase linear synchronous motor

4*4.*.< Design and construction of 3 phase linear induction motor

4*4.*.* Design and construction of single phase linear induction motor

4*4.*.** $ard4: integration to the linear train system

4*4.*.*4 %inear D$ motor e'perimental setup design and &earrangement of present one.

4*4.*.*6 + Watt "c motor speed control unit design and construction

4*4.*.*) Investigation, design and construction of brae system 8"=9 *

4*4.*.*+ Investigation, design and construction of brae system 8"=9 4

4*4.*.*7 >ydrolic brae system and its electrical control

4*4.*.*: &emote controlled electrical vehicle 8something

4*4.*.*; 4 Watt Wind Turbine design and construction4*4.*.*< Wind turbine design and construction

4*4.*.4 Design and construction of a )ind tur"ine using an #nd$%en

4*4.*.4* Design and construction of a )ind tur"ine using a D& %en'

4*4.*.44 Design and construction of a )ind tur"ine using a synchronous gen'

4*4.*.46 Preparing an e'periment to demagneti?e a magnet

4*4.*.4) Preparing an e'periment to magneti?e certain steels

4*4.*.4+

4*4.*.47

4*4.*.4: Design and construction of a D$ motor @

4*4.*.4; &earrangement od lo speed three phase I/#.

4*4.*.4< =peed measurement system design and construction for the linear rotating motor system

4*4.*.6

4*4.*.6* Design and contruction of single a'is stepping motor drive and controller

4*4.*.64 Design and construction of three a'is stepping motor drive and controller

4*4.*.66

4*4.*.6) =ingle-phase Induction motor design and construction

4*4.*.6+ Design and re)iring*repairing of a 1 phase induction motor

4*4.*.67 Design and re)iring*repairing of a 3 phase induction motor

4*4.*.6: Design and re)iring*repairing of a 3 phase synchronous motor

4*4.*.6;

4*4.*.6< &obotic Transporter

4*4.*.) 5eneration of electrical energy from ave 8ater9

4*4.*.)*

4*4.*.)4 Design and construction of a speed controller for an "$ motor4*4.*.)6 Design, construction, and control of one a'is system * 8(sing one step motor9

4*4.*.)) Design, construction, and control of A-B table 4 8(sing to step motors9

4*4.*.)+ Design, construction, and control of A-B-C table 6 8(sing three step motors9

4*4.*.)7 Design, construction, and control of one a'is system * 8(sing one servo motor 9

4*4.*.): Design, construction, and control of A-B table 4 8(sing to servo motors 9

4*4.*.); Design, construction, and control of A-B-C table 6 8(sing three servo motors 9

4*4.*.)< Design and construction of robotic arm*

4*4.*.+

4*4.*.+*

4*4.*.+4 Design and construction of =ingle point electromagnetic levitation and control system

4*4.*.+6 Design and constrction o! inear #t'o point $ electromagnetic levitation system. /00 T pri)e

4*4.*.+)

ontrolling o! the prototype trains electromagnetic levitation system #/000 T prise i! the system is operated as

described$.

4*4.*.++ Design, constrction and control o! a hydralic bra(e system #23S and or 24S$ !or 5ind T. 100T pri)e i! scceded

4*4.*.+7 Design, constrction and control o! air bra(e system #23S and or 24S$ !or 5. Trbine. 100T pri)e i! scceded.




4*4.*.+:

4*4.*.+;

4*4.*.+<

4*4.*.7

4*6.*.7* + a'is robotic/$$ stepping motor system design 8#ach6 softare and controller card ill be provided9. *

4*6.*.74 + a'is robotic/$$ stepping motor system design 8#ach6 softare and controller card ill be provided9.

4*6.*.76 =i' a'is robotic/$$ stepping motor system design 8#ach6 softare and controller card ill be provided9.

4*6.*.7)

4*6.*.7+ >ospital medical sample transportaiton system design and construction 8air flo controlsystem9

4*6.*.77 &emote controlled sensitive robotic arm

4*6.*.7:

4*6.*.7;

4*6.*.7<

4*6.*.:


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Motor Projeler