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eLABa objektas: "Automobilio transmisijos su kinetinės energijos kaupimo sistema dinamikos tyrimas", 2011,D:20110616:164013-27750 |
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| E. dokumentai |
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| URL nuoroda |
http://vddb.laba.lt/obj/LT-eLABa-0001:E.02~2011~D_20110616_164013-27750 |
| Dokumentas |
Magistro darbas
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| Prieigos teisės |
Laikotarpiu nuo 2011-06-16
iki 2016-06-30 prieinamas tik institucijos intranete.
Pasibaigus laikotarpiui bus prieinama laisvai.
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| Institucija |
Vilniaus Gedimino technikos universitetas
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| Mokslo kryptis |
03 T - Transporto inžinerija
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| Atsakomybė |
Ašmiaga, Rytis - Magistro baigiamojo darbo autorius Bogdevičius, Marijonas - Magistro baigiamojo darbo vadovas Bartulis, Vilius - Magistro baigiamojo darbo recenzentas Jonevičius, Vaclovas - Magistro baigiamojo darbo recenzentas Vilniaus Gedimino technikos universitetas - Mokslinį laipsnį teikianti institucija
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| Antraštė (-ės) |
Automobilio transmisijos su kinetinės energijos kaupimo sistema dinamikos tyrimas Analysis of the dynamics of automobile transmission with kinetic energy storage system
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| Santrauka [EN] |
There is analysis of scientific papers and patents in the field of energy storage in the final master work. Composed mathematical model of the automobile transmission with kinetic energy storage system, simulated operation of the automobile transmission with this system, using computer program „Fortran“. Created a new kinetic energy storage system, presented hydraulic control scheme of this system. Written equations of pressure change of the hydraulic system and equations of motion of the pistons of hydraulic cylinders. Written generalized conclusions of the work. Thera are 6 parts in the work: introduction, analysis of scientific papers and patents in the field of energy storage, mathematical model of the automobile transmission, creation of the new kinetic energy storage system, generalized conclusions, literature, appendixes.
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The amount of the work – 72 p. of text without appendixes, 41 picture, 3 tables, 19 literature sources. |
Raktažodžiai: kinetic energy storage system, KERS, transmission, mathematical model, hydraulic system |
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