Mechanical Engineering Design IBoD – Books on Demand, 2012 - 112 pagini Mechanical Engineering Design I, is the first edition of a largest old preocupation of the authors in this field. It presents the design of the Otto Motors, kinematics and dynamics, a new Otto engine, the efficiency of the engines with internal combustion, the design of the V engines, the design of the distribution mechanisms, the design of the power train and the design of the drivetrain. It presents as well the design of the planetary trains with their real efficiency. The book has 14 chapters. Since the predominant component in all chapters is the dynamics, the book might be called and dynamic design in mechanical engineering. |
Cuprins
Content | 5 |
GEAR DYNAMIC SYNTHESIS | 12 |
PRESENTING A DYNAMIC ORIGINAL MODEL USED TO STUDY TOOTHED GEARING WITH PARALLEL AXES | 19 |
PLANETARY TRAINS EFFICIENCY | 26 |
CAM GEARS EFFICIENCY | 32 |
CONTRIBUTIONS AT THE DYNAMIC OF CAMS | 39 |
CAM GEARS DYNAMICS ILLUSTRATED IN THE CLASSIC DISTRIBUTION | 46 |
CAM GEARS DYNAMICS TO THE MODULE B WITH TRANSLATED FOLLOWER WITH ROLL | 56 |
CINEMATICS OF THE 3R DYAD | 66 |
KINEMATICS OF THE PLANAR QUADRILATERAL MECHANISM | 73 |
DETERMINING THE MECHANICAL EFFICIENCY OF OTTO ENGINES MECHANISM | 79 |
OTTO ENGINE DYNAMICS | 86 |
AN ORIGINAL INTERNAL COMBUSTION ENGINE | 93 |
V ENGINE DESIGN | 102 |
Alte ediții - Afișează-le pe toate
Mechanical Engineering Design I Color: Germany 2013 Relly Victoria Petrescu,Florian Ion Petrescu Previzualizare limitată - 2013 |
Mechanical Engineering Design I: Germany 2012 Florian Ion Petrescu,Relly Victoria Petrescu Nu există previzualizare disponibilă - 2012 |
Mechanical Engineering Design Florian Ion Petrescu,Relly Victoria Petrescu Nu există previzualizare disponibilă - 2011 |
Termeni și expresii frecvente
Analiza dinamică angular velocity axes bended teeth Braşov Bucharest calculated cam and follower Cluj-Napoca connecting-rod constructive parameters cos² crank dead point Determining the efficiency driving wheel dyad dynamic acceleration dynamic analysis dynamic coefficient dynamic kinematics dynamic velocities follower with roll geared transmissions kinematic parameters kinematic schema kinematical diagrams lead wheel M₁ mechanical efficiency mechanism with rotary module momentary efficiency mother equation motor force movement laws number of teeth obtained œ² original method Otto mechanism P₁ P₂ PETRESCU F.I. piston planar quadrilateral mechanism planetary mechanisms presents an original pressure angle Q₂ reduced mass relation rotary cam rotativă cu tachet shaft sin² sino siny steam roller translated follower V₁ V₂ values valve vector vibration Y₁ Ты Ув