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SLOVAK UNIVERSITY of TECHNOLOGY IN BRATISLAVA FACULTY OF MECHANICAL ENGINEERING INSTITUT OF APPLIED MECHANICS AND MECHATRONICS B Sc SYLLABUS ENGINEERING MECHANICS I STATICS Number of subject 2 5510 Study discipline all study program Number of credit 5 Lectures 26 hour 2 hour week 13 week term Warrantor of subject Assoc Prof M Sc PhD Stanislav iaran Lecturer Assoc Prof M Sc PhD Stanislav iaran Year first summer Seminars 26 hour 2 hour week 2008 Key words vector force equilibrium rigid body constrain centre of gravity friction locking journal rolling virtual stability motion 1 Engineering mechanics Basic concepts Axioms Newton s laws History of mechanics Units and dimension Problem solving and accuracy of solution Methods a procedures of the solving of problems Application of vector calculus Forces and lines of action rectangular components Moments moment of a force about a point a line the couple Varignon s theorem 2 Force systems Equipollence Continue to download »
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SLOVAK UNIVERSITY of TECHNOLOGY IN BRATISLAVA FACULTY OF MECHANICAL ENGINEERING INSTITUT OF APPLIED MECHANICS AND MECHATRONICS B Sc SYLLABUS ENGINEERING MECHANICS II DYNAMICS Number of subject 2 5520 Study discipline all study program No of credit 6 Lectures 39 hour 3 hour week 13 week term Warrantor of subject Lecturer Assoc Prof M Sc PhD Stanislav iaran Year second summer Seminars 26 hour 2 hour week 2008 Key words vector mass rigid body constrain motion dynamic equilibrium work energy impulse vibration impact gyroscope reaction 1 Introduction to Dynamics Kinematics of Particles History and modern application Basic concepts Newton s laws Units Formulation and solution of dynamics problems Rectilinear motion of particles General plane curvilinear motion Rectangular co ordinates Normal and tangential co ordinates Space curvilinear motion Relative motion Constrained motion of connected particles 2 Kinetics of Particles Linear momentum of a 
Engineering mechanics Dynamics Division 1 Tutorial 12 Tutorial answer sheets should be submitted in tutorial class Monday itself Data not given can be assumed Text books can be referred 1 A slender rod of length l is pivoted about a point C located at a distance b from its center G It is released from rest in a horizontal position and swings freely Determine a the distance b for which the angular velocity of the rod as it passes through a vertical position is maximum b the corresponding values of its angular velocity fig 1 5 marks 2 A 30 kg uniform circular plate of radius r is supported by a ball and socket joint at point A and is at rest in the vertical xy plane when a bullet with a mass of 15 g is fired with the velocity v0 210 m s k and hits the plate at point C Knowing that r 400 mm and h 700 mm determine a the angular velocity of the plate immediately after the bullet becomes embedded b the impulsive reaction at point A assuming that the bullet becomes embedded in 1 1 ms fig 2 5 marks 3 The uniform thin 2 3 kg disk spins at a constant rate of 6 rad s about an axis 
Comparison between torque wrench and hydraulic bolt tightening Tightening of an existing bolted assembly Design of a new bolted assembly 19 26 26 34 Simultaneous hydraulic bolt tightening Simultaneous tightening of 100 of the bolts Simultaneous tightening of 50 of the bolts Simultaneous tightening of 25 of the bolts 37 37 38 39 Conclusion 43 Guide du serrage GB 11 04 01 15 16 Page 4 Introduction Without a doubt bolted assemblies are the most commonly used joints in mechanics These types of assemblies employ two basic elements on the one hand some kind of threaded component screws and nuts studs with nuts on one end studs with nuts on both ends These components are sometimes used with different kinds of washers Fig 1a below on the other hand some means for tightening These types of tightening means are the subject of this Handbook In this document the word bolt will be used in a generic sense to cover all three of the types of screwing components mentioned above Although bolted 
COLOR ABBREVIATIONS COLOR ABBREVIATIONS TABLE Color Normal Optional BK BU BN CR BU GN GN GY BU GN OG PK PL RD TN Black BLK Blue BLU Brown BRN Clear CLR Dark Blue DK BLU Dark Green DK GRN Green GRN Gray GRY Light Blue LT BLU Light Green LT GRN Orange ORG Pink PNK Purple PPL Red RED Tan TAN DK DK LT LT HOW TO USE SYSTEM WIRING DIAGRAMS Article Text p 2 2000 Mazda MX 5 Miata For Yorba Linda Miata Copyright 1998 Mitchell Repair Information Company LLC Saturday May 10 2003 11 56AM Violet White Yellow VIO WHT YEL VI WT YL IDENTIFYING WIRING DIAGRAM ABBREVIATIONS NOTE Abbreviations used on Mitchell diagrams are normally self explanatory If necessary see ABBREVIATIONS article in GENERAL INFORMATION IDENTIFYING WIRING DIAGRAM SYMBOLS NOTE Standard wiring symbol are used in Mitchell diagrams The illustration below will help clarify any symbols that are not 
