Niels L. Pedersen og Peder Klit Machine Elements

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Machine Elements Analysis and Design - Problems This book contains problems and exercises for the main book Machine Elements – Analysis and Design. Contents 1 Limits, fits and surface properties 1.1 Basics of ISO-tolerance system 1.2 Specify a new tolerance with the same functionality 1.3 SpecifyinganISO-fitbasedonfunctional requirements 1.4 Dimensionchainbasics 1 1.5 Dimensionchainbasics 2 1.6 Tolerance analysis on a wood milling machine 1.7 Buildinconditions for ballbearings 1.8 Basics of the ISO-tolerance system 1.9 Roughness problem 1 1.10 Roughness problem 2 1.11 Tolerance chainof awormshaft 1.12 Crankhandle 2 Springs 2.1 Designanalysisona compressionspring 2.2 Designconsiderationsona (helical) compressionspring 2.3 Designof a helical torsional spring 2.4 Designof an extensionspringfor a centrifugal clutch 2.5 Analysis on a stack of Belleville springs for a label press 2.6 Analysis on a stack of Belleville springs 2.7 Designofhelical springs for anelectromagnetic diskbrake 2.8 Analysis on a stack of Belleville springs. (Progressive) 2.9 Adjusting torque with a stack of Belleville springs 3 Rolling element bearings 3.1 Determine a single rowdeepgrooveball bearing 3.2 Determine a single rowdeepgrooveball bearing 3.3 Determine the lifetime for a single row deep groove ball bearing 3.4 Determine a two-rowspherical roller bearingfor aprintingmachine 3.5 Bearings for agear boxwithabevelledgear pair 3.6 Bearings for awormgear 3.7 Bearings, shaftdimensionandfits for abevelledgear 3.8 Bearing lifetime 3.9 Bearings forwormwheel shaft 4 Shafts 4.1 Analysis of the forces and moments on an intermediate shaft, influenced by the gearbox layout 4.2 Dimensioning of the intermediate shaft for layout a 4.3 Transversal and angular deflection analysis of a shaft 5 Shaft-hub connections 5.1 Conical shafthubconnection 5.2 Determine a suitablefit for a gear ona shaft 5.3 Change frompressfit toshrinkfit 5.4 Conical shafthubconnection for apistoncompressor 5.5 Optimizing a shrink fit 6 Fasteners 6.1 Spindle ina car jack 6.2 Staybolts for ahydraulic cylinder 6.3 Bolts for connection rod 6.4 Pressurizedcast ironcylinder 6.5 Connecting rodbigend 7 Couplings 7.1 Analysisonauniversal joint 7.2 Analysisof anoverloadcoupling 7.3 Analysisof anUniversal joint II 7.4 Analysisof a freewheel 7.5 Analysisof a freewheel II 7.6 Maxcouplingtorque ina system 8 Clutches 8.1 Designconsiderationsona single frictionsurface clutch 8.2 Analysis on a multiple disk brake for a "Caterpillar" 8.3 Deduct expressions for speedand torque for a centrifugal clutch...

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