 CALCULATORS AND MATHCAD FILES DISCUSSED IN
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| Chapter 1: Machine lifetime performance and reliability |
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| Chapter 2: Static and dynamic load rating (Hertz) |
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E2.1 | Hertzian point contact |
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E2.2 | Hertzian elliptic contact |
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E2.3 | Hertzian line contact |
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T2.1 | Hertzian point contact, combined normal load and traction |
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T2.2 | Hertzian line contact, combined normal load and traction |
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E2.4 | Basic static load rating of a ball bearing (Hertz) |
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E2.5 | Dynamic load rating of a ball bearing (fatigue life) |
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E2.6a | Surface durability of spur gears (ISO 6336) |
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E2.6b | Tooth-root stress of spur gears (ISO 6336) |
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E2.7 | Maximum traction force in traction drive mechanisms |
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E2.8a | Static load rating of polymer bearings |
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E2.8b | Static load rating of polymer bearings versus wall-thickness |
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E2.9 | Contact pressure in metal journal bearings |
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| Chapter 3: Friction phenomena in mechanical systems |
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E3.1 | Nominal contact temperature pin-on-disc configuration (flat-on-flat). |
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E3.2 | Nominal contact temperature ball-on-disc (point contact). |
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E3.3 | Nominal contact temperature 4-ball configuration. |
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E3.4 | Flash temperature ball-on-disc configuration (point contact). |
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E3.5 | Design of a power belt drive. |
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E3.6a | Design of a screw joint (tightening torque to preload a bolt) |
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E3.6b | Design of a screw joint (maximum tightening torque to preload a bolt) |
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E3.6c | Design of a screw joint (maximum external tensile load) |
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E3.7 | Design of a Power screw actuator (screw efficiency) |
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E3.8 | Design of an interference fit (shrink-fit / press-fit / expansion-fit) |
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E3.9 | Design of a precision linear rail guide (rolling friction) | ||
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E3.10 | Design of a spherical thrust bearing (spinning) |
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E3.11 | Limiting Pressure Velocity Value, LPV-value of polymer bearings |
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| Chapter 4: Wear mechanisms of machine elements |
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E4.1 | Specific wear rate in a pin-on-disk contact (circular plane surface). |
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E4.2 | Specific wear rate in a ball-on-disk contact (nominal point contact). |
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E4.3 | Specific wear rate in a pin-on-ring contact (nominal line contact). |
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E4.4 | Service life of a plain bearing (non-stationary contact conditions). |
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E4.5 | Service life of a plain bearing (stationary contact conditions). |
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E4.6 | Service life and efficiency of a power screw. |
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| Chapter 5: Machine lubrication and beyond |
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E5.1 | Running in of concentrated contacts | ||
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E5.2a | Cylinder viscometer |
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E5.2b | Cone on plate viscometer |
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E5.3 | Fuel economy benefit by changing from SAE-15W40 to SAE-5W30 | ||
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E5.4 | Computation of fuel economy benefit | ||
| Chapter 6: Material selection a systematical approach |
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E6.1 | Polymer selection based on load capability / elastic deflection. |
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E6.2 | Selecting the right interference fit of polymer bearings. |
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E6.3 | Selecting the right bearing clearance of a polymer bearing. | ||
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E6.4 | Selecting the right bushing dimensions of a polymer bearing. | ||
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E6.5 | Selecting the right interference fit of ceramic bearings. | ||
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E6.6 | Material selection plain bearing CD-Rom drive. | ||
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E6.7 | Material selection spherical thrust bearing. | ||
| Chapter 7: Failure analysis |
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E7.1 | Failure modes in roller bearings |
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E7.2 | Failure modes of gears |
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E7.3 | Failure modes of cam follower mechanisms |
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E7.4 | Failure modes of rail-wheel contacts |
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E7.5 | Failure modes of screw joints |
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| Chapter 8: Introduction to full film lubrication |
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E8.1 | Design of a contra-rotating propeller shaft bearings. | ||
| Chapter 9: Hydrodynamic lubricated bearings and sliders | ||||
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E9.1 | Design of a plane slider bearing (Michell-bearing). |
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E9.2a | Design of a hydrodynamic journal bearing. |
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E9.2b | Journal bearing with optimized film thickness. |
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E9.2c | Journal bearing with minimized friction. |
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E9.3 | Design of a spiral groove journal bearing. |
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E9.4a | Design of a spiral groove thrust bearing. |
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E9.4b | Design of a spiral groove thrust bearing. |
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E9.5 | Design of a herringbone spiral groove thrust bearing. |
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9.2 | Ocvirk solution |
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| Chapter 10: Squeeze-film damping and dynamic response |
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E10.1 | Maximum impact loading of a journal bearing |
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E10.2 | Dynamically loaded Michell pad (impulse method) |
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E10.3 | Dynamic response of a journal bearing | ||
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E10.4 | Impulse method | ||
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E10.5 | Mobility method (matlab file available at request) | ||
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E10.6 | Impedance method (matlab file available at request) | ||
| Chapter 11: Dynamic sealing systems |
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E11.1 | Mechanical seal properties |
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E11.2 | Analysis of internal friction in a pneumatic cylinder | ||
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E11.3 | Design of a dynamic O-ring piston seal assembly |
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| Chapter 12: EHL Rolling and traction mechanisms |
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E12.1 | Analysis of lubrication regimes in wire drawing. |
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E12.2 | Analysis of lubrication regimes in sheet-metal-rolling. |
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E12.3 | Analysis of lubrication regimes in deep-groove ball bearings. |
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E12.4 | Traction drive mechanisms, EHL-line contact. |
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E12.5 | Traction drive mechanisms, EHL-point contact. |
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| Chapter 13: Hydrostatic bearings |
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E13.1 | Design of a hydrostatic thrust bearing with shallow pocket |
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E13.2 | Design of a hydrostatic thrust bearing with tapered pocket |
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E13.3 | Design of a hydrostatic thrust bearing with capillary restrictor |
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E13.4 | Design of a hydrostatic thrust bearing with orifice restrictor |
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E13.5 | Design of a 4-recess journal bearing with capillary restrictor |
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E13.6 | Design of a 4-recess journal bearing with orifice restrictor |
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E13.7 | Design of a partial grooved hydrostatic journal bearing |
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| Chapter 14: Aerostatic bearings |
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E14.1 | Design of an aerostatic thrust bearing with shallow pocket |
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E14.2 | Design of an aerostatic thrust bearing with partial grooved surface |
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E14.3 | Design of an aerostatic thrust bearing with tapered pocket |
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E14.4 | Design of an aerostatic thrust bearing with orifice restrictor |
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E14.5 | Design of an aerostatic thrust bearing with porous restrictor |
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E14.6 | Design of an aerostatic journal bearing with partial porous surface |
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E14.7 | Design of an aerostatic journal bearing with two porous ring restrictors |
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E14.8 | Design of a pneumatic cylinder with aerostatic piston bearing |
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E14.9 | Design of a pneumatic cylinder with partial grooved piston bearing |
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| P14.3 | Gas viscosity versus temperature calculator |
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| Conversion |
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Temperatures, Celsius, Kelvin, Fahrenheit. |
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Shaft speed, rpm, revs, m/s, rad/s |
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Hardness, Brinell, Vickers, Rockwell ... |
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SI Unit converter, viscosity, power, force ... |
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| Errata |
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Errata listing for the first edition of the book. (all internet and mathcad files are always up to date). |
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| www.tribology-abc.com | ||||
