机械设计（图片素材）教学内容阅读_机械设计（图片素材）学哪些内容

基本信息：

课件分类：机械

课件类型：图片素材

文件大小：3.23MB

差评(0)

中评(2)

好评(1)

下载积分：10

可预览文件：

课件目录与文件树：

picture
- F P2.1.jpg(4214)
- F P3.2.jpg(7866)
- F P3.3.jpg(7518)
- F P3.4.jpg(5747)
- F P5.3.jpg(8888)
- F P5.4.jpg(11549)
- F P6.4.jpg(8892)
- F P8.2.jpg(8299)
- F P9.2.jpg(6956)
- F P9.3.jpg(8598)
- F P9.4.jpg(7751)
- F P9.5.jpg(8738)
- F1.1 Design process.jpg(10467)
- F1.2 Reliability chart.jpg(51667)
- F1.3 (a) Spherical surfaces of two members (b) Contact stress distribution.jpg(12846)
- F1.4 Two cylinders.jpg(7703)
- F1.6 Stresses (a) two speres (b) two parallel cylinders.jpg(20957)
- F2.1 Shematic representation of fatigue fracture surfaces.jpg(12898)
- F2.10 Some cyclic stress-time relations.jpg(13589)
- F2.11 Fatigue diagrams.jpg(18854)
- F2.12 Soderberg and goodman diagrams.jpg(17290)
- F2.13 Layout of camshaft and follower.jpg(17845)
- F2.14 Diagrams of camshaft.jpg(11905)
- F2.15 Allowable stress-cycle diagram.jpg(21003)
- F2.16 Average S-N curves.jpg(22830)
- F2.17 Two rotating cylinders.jpg(7334)
- F2.18 Two rotating.jpg(9682)
- F2.2 Effect of state of stress.jpg(62823)
- F2.3 Bending fatigue.jpg(24031)
- F2.4 Fully reversed rotating-beam S-N curves.jpg(17931)
- F2.5 Fully reversed rotating beam S-N curve.jpg(14905)
- F2.6 Fully reversed axial S-N curve.jpg(21191)
- F2.7 Surface factors.jpg(27359)
- F2.8 Fatigue notch sensitivity curves.jpg(19278)
- F2.9 Fatigue notch sensitivity curves.jpg(19108)
- F3.1 Common shaft types.jpg(10539)
- F3.10 Flanged rigid couplings.jpg(24140)
- F3.11 A jaw coupling showing jaws.jpg(24080)
- F3.12 Two arrangements of a pair.jpg(14272)
- F3.13 Winch crane.jpg(43119)
- F3.14 Drive shaft supported in the gear box.jpg(28722)
- F3.2 A stepped shaft.jpg(11109)
- F3.3 Example3.1.jpg(26742)
- F3.4 Simply supported shaft.jpg(5841)
- F3.5 Common types of shaft keys.jpg(28595)
- F3.6 Some types of pins.jpg(9526)
- F3.7 Various means of securing hubs.jpg(16854)
- F3.8 Forces on a key tightly.jpg(4243)
- F3.9 Some common types of splines.jpg(12154)
- F4.1 Full journal bearing.jpg(16307)
- F4.10 An eccentric journal.jpg(12653)
- F4.11 Velocity profile of the oil.jpg(6648)
- F4.12 Radial pressure.jpg(13986)
- F4.13 Chart.jpg(44576)
- F4.14 Chart for coefficient.jpg(30175)
- F4.15 Chart for film maximum pressure.jpg(33089)
- F4.16 Common methods used for oil distribution.jpg(21134)
- F4.17 Babbitt metal.jpg(7628)
- F4.18 Various rolling-element bearings.jpg(52726)
- F4.19 Ball.jpg(20896)
- F4.2 The change in the coefficient.jpg(10392)
- F4.20 Some types of ball bearings.jpg(18467)
- F4.21 Some types of roller bearings.jpg(16098)
- F4.22 Special bearings.jpg(18576)
- F4.24 Reliability factor k.jpg(13086)
- F4.25 Flanged ball].jpg(4413)
- F4.26 A common bearing mounting.jpg(10316)
- F4.27 An alternative bearing mounting.jpg(8484)
- F4.28 Mounting arrangements of angular ball bearings.jpg(13574)
- F4.3 Schematic representation.jpg(11258)
- F4.4 Laminar flow.jpg(9237)
- F4.5 Saybolt universal viscosimeter.jpg(8671)
- F4.6 Variation in viscosity.jpg(15555)
- F4.7 Viscosity vs.jpg(72317)
- F4.8 Journal-centered bearing.jpg(6871)
- F5.1 A variety of gears.jpg(34416)
- F5.10 Beam strength of a gear tooth.jpg(12423)
- F5.11 Dynamic factor k.jpg(20037)
- F5.12 Geometry factors for spur gears.jpg(48076)
- F5.13 Example5.2.jpg(9840)
- F5.14 Radii of curvatrure.jpg(12944)
- F5.15 Life factor for steel gears.jpg(13357)
- F5.16 The generating action of a cutting tool.jpg(10637)
- F5.17 Gearbox of the winch crane.jpg(31223)
- F5.2 Spur gears.jpg(16475)
- F5.3 Gearsets.jpg(17481)
- F5.4 Nomenclature of the spur gear teeth.jpg(22109)
- F5.5 Development of the involute curve.jpg(5448)
- F5.6 Involuter gear teeth.jpg(32856)
- F5.7 Actual size gear teeth of various diametral pitches.jpg(24844)
- F5.8 Eample5.1.jpg(6218)
- F5.9 Gear tooth force F.jpg(9453)
- F6.1 Helical gears.jpg(35687)
- F6.10 Notation for bevel gears.jpg(19322)
- F6.11 Forces at midpoint of bevel-gear tooth.jpg(13038)
- F6.12 Geometry factors J.jpg(22261)
- F6.13 Geometry factors I.jpg(19426)
- F6.14 A single-enveloping wormset.jpg(45002)
- F6.15 Notion for a worm gearset.jpg(18706)
- F6.16 Heat transfer coefficient C.jpg(14663)
- F6.17 Worm gear speed reducer.jpg(54666)
- F6.18 Example6.2.jpg(8761)
- F6.2 A typical herringbone gearset.jpg(41955)
- F6.3 Direction,rotation.jpg(10500)
- F6.4 Portion of a helical rack.jpg(31282)
- F6.5 Components of tooth force.jpg(14141)
- F6.6 Helical gears.jpg(28085)
- F6.7 Example6.1.jpg(12112)
- F6.8 Schematic arrangement.jpg(13971)
- F6.9 Bevel gears.jpg(66426)
- F7.1 Standard cross sections.jpg(9662)
- F7.10 Portion of a roller chain.jpg(22563)
- F7.11 A roller chain and sprocket engagement.jpg(11778)
- F7.12 Portion of an inverted tooth.jpg(12063)
- F7.13 An internal expanding centrifugal-acting drum clutch.jpg(37383)
- F7.14 Basic disk clutch.jpg(16062)
- F7.15 Half-section view of a multiple-disk clutch.jpg(25196)
- F7.16 Caliper-disk brake.jpg(82423)
- F7.17 Cone clutch.jpg(16434)
- F7.2 Multiple V-belt drive.jpg(60277)
- F7.3 Toothed or timing-belt dirve for precise speed ratio.jpg(8838)
- F7.4 Timing-belt drive nomenclature.jpg(17877)
- F7.5 Belt drive.jpg(15309)
- F7.6 Weighed idler used to maintain slack-side tension.jpg(14332)
- F7.7 V belt in a sheave groove.jpg(6018)
- F7.8 Forces in moving V belt.jpg(12726)
- F7.9 A compact hight- speed cutting machine.jpg(37901)
- F8.1 A collection of wire springs.jpg(87467)
- F8.10 Compression spring for feed mechanism.jpg(4013)
- F8.11 Fatigue loading.jpg(14429)
- F8.12 Helical torsion spring.jpg(6647)
- F8.13 Spiral torsion spring.jpg(5718)
- F8.2 Helical springs.jpg(22496)
- F8.3 Stress correction factors for curvature.jpg(12929)
- F8.4 Conical-helical compression spring.jpg(3915)
- F8.5 Yield strength in shear of spring wire.jpg(19938)
- F8.6 Common types of ends for helical compression springs.jpg(20908)
- F8.7 Deflections of a helical compression spring.jpg(10455)
- F8.8 Bending and moment resultants.jpg(8439)
- F8.9 Buckling conditionsfor helical springs.jpg(18019)
- F9.1 An assortment of threaded fasteners.jpg(48467)
- F9.10 Hook for the winch crane of Figure3.13.jpg(17176)
- F9.11 A bolted connection.jpg(15888)
- F9.12 A method for estimating the effective cross-sectional area of clamped parts A.jpg(8477)
- F9.13 Example9.1.jpg(9416)
- F9.14 Example9.2.jpg(28725)
- F9.15 SRiveted commection loadecd in shear.jpg(6646)
- F9.16 Types of riveted connections.jpg(19877)
- F9.17 Bolted joint with eccentric load.jpg(15988)
- F9.18 Example9.3.jpg(19021)
- F9.19 Butt weld.jpg(7657)
- F9.2 Hexagonal bolt and nut illustrate the terminology.jpg(20859)
- F9.20 Fillet weld.jpg(12836)
- F9.3 Unified and ISO thread forms.jpg(9208)
- F9.4 Typical power screw thread forms.jpg(11794)
- F9.5 Worm-gear screw jack.jpg(60499)
- F9.6 Schematic representation.jpg(14137)
- F9.7 Forces acting.jpg(13461)
- F9.8 The efficiency of Acme screw threads.jpg(20808)
- F9.9 Typical threaded fasteners.jpg(20852)
- FC.1 Theoretical stress-concentration factor Kt for a shaft with a shoulder fillet in axial tension.jpg(16126)
- FC.2 Theoretical stress-concentration factor Kt for a shaft with a shoulder fillet in torsion.jpg(15147)
- FC.3 Theoretical stress-concentration factor kt for a shaft with a shoulder fillet in bending.jpg(19968)
- FC.4 Theoretical stress-concentration factor kt for a grooved shaft in axial tension.jpg(17910)
- FC.5 Theoretical stress-concentration factor kt for a grooved shaft in torsion.jpg(15399)
- FC.6 Theoretical stress-concentration factor kt for a grooved shaft in bending.jpg(18988)
- FC.7 Theoretical stress-concentration factor kt for a shaft with a transverse hole in axial tension, bending, and torsion.jpg(25384)
- Thumbs.db(513506)