ARCHIVES

1. JyotiMaurya,PoojaGupta,PoojaGupta,TarannumShahab,AmitabhSrivastava, "Generation of Electricity through Speed Breaker
Mechanism" TheInternationalJournalofEngineeringand Science(IJES),Volume5,Issue4,2016.
2. AmalAbraham,CibinGeevargheseJacob,GlenMartinThomas,JobbyGeorge,JoseTom,"Eco Friendly Power Generation from
SpeedBreakers" IJIRST –International Journal for InnovativeResearch in Science& Technology, Volume3,Issue11,April2017.
3. AnkitGupta, Kuldeep Chaudhary & B.N Agrawal, " An experimental study
ofgenerationofElectricityusingSpeedbreaker",InternationalJournalofMechanicalEngineering(IJME),Vol.1,Issue1,Aug2012.
4. D.Venkata Rao, K.Prasada Rao, S.Chiranjeeva Rao, and R.Umamaheswara
Rao,"DesignandFabricationofPowergenerationSystemusingSpeedBreaker"Accepted10June2014,Availableonline,Vol.4,No.4Aug2014.
5. Md.EmranHossain,Md.RokibHasan,KaziTahsanAhmed,Md.NaoshatMunimShawon, " Design and Performance of Power Generation
UsingSpeed Breaker with the Help of Rack and Pinion Mechanism" Proceedings of the2017 4th International Conference on Advances
in Electrical Engineering, DhakaBangladesh,28-30September,2017.
6. Mrs.S.S Pitre, Mr. Rahul Raj, Mr. Sachin Raina, Mr. Akash Bhoria, Mr.
AlokKumar,"ElectricityGenerationUsingSpeedBreaker"(IRJET),Volume:05,Issue:03,Mar-2018.
7. Miss.GaMiss,GauriS.Khakare,Miss.JyotiM.Pathade,Mr.NitinD.Khomane, Miss. Pooja W. Belikar, Prof. P. J. Bhakre, "Design of
Hardware Modelfor Electricity Generation by Speed Breaker through Rack and Pinion Mechanism"International Research Journal of
Engineering and Technology (IRJET), Volume:05,Issue: 06,June2018.
8. PruthvirajJadhav, Abhishek Raykar, Saurabh Kuntala, AmolPatil, "Design,Fabrication, and Testing of power generation Using vehicle
movement by flywheelmechanism",JETIR,Volume6,Issue4,April2019.
9. ShahMohazzeShah, MohazzemHossaina, C. K. Dasb, Md. ShahdatHossanc,SamsJarind, "Electricity from Wasted Energy of the
Moving Vehicle Using SpeedBreaker",ArticleinJournalTeknologi,March2015.
10. MSailaja,M.RajaRoy,S.PhaniKumar,"DesignofRackandPinionMechanismforPowerGenerationatSpeedBreakers"(IJETT)–
Volume22,Number8-April2015.
11. Kassem, Y.., Çamur, H.., &Aateg, RamziAategFaraj. (2020). Exploring Solar and Wind Energy as a Power Generation Source for
Solving the Electricity Crisis in Libya. Energies, 13, 3708. http://doi.org/10.3390/en13143708
12. https://www.semanticscholar.org/paper/ddcba55db03c99331466524103a8ce7c2acd0f60
13. Chang, G.., Lu, H. J.., Hsu, L.., & Chen, Y. Y.. (2016). A hybrid model for forecasting wind speed and wind power generation. 2016
IEEE Power and Energy Society General Meeting (PESGM), 1-5. http://doi.org/10.1109/PESGM.2016.7742039
14. Khasanov, M.., Kamel, S.., Rahmann, C.., Hasanien, H.., & Al‐Durra, A.. (2021). Optimal distributed generation and battery energy
storage units integration in distribution systems considering power generation uncertainty. IET Generation, Transmission &
Distribution. http://doi.org/10.1049/GTD2.12230