THERMAL -Stress -Elongation -alpha of steel -E of steel -G of steel -E of aluminum

-Elongation -Polar Moment of Inertia -Polar Section Modulus -Stress using Moment and Polar -Modulus of Elasticity -Modulus of Rigidity -Strain

Combines Stress -Tensile -Shear

SHAFTINGS -Shear Stress (Solid&Hollow) -Axial Stress (Solid&Hollow)

Power Transmitted -General Formula -Emperical for Shaftings

ANGULAR DEFLECTION -General Formula -Sir Manulat's Formula -Angle of Twist not exceeding 0.08 degree -Angle of Twist not exceeding 1 degree -Shaft Linear Deflection W/ BENDING -Shaft Linear Deflection W/OUT BENDING

REDUCING MATERIAL IN SHAFTS -Weight Saved % -Same Torsional Strength Relationship

PRESSURE VESSEL -Tangential/Circumferential/Cylinder -Axial/Longitudinal/Sphere

Thick-Walled Cylinders -Stress (Hoop and Radial) -Wall Thickness -Axial Stress -Bursting Pressure

KEYS -Shearing -Compression -Force required to remove from hub -what if SQUARE KEY / same material -Relationship of Force and Torque of key, shaft and pulley

SPLINES -Torque -Mean Diameter -Thickness -Compressive Stress

COUPLINGS -Torque -Shearing -Compression -Flange punching of shear -Relationship of Force and Torque of shaft, bolt and flange

BOLTS -Tensile FAIRES -Design Stress, Load, Tightening Torque VALLANCE -Working Stress, Load

-Power (Set Screw) -Working Strength of Bolts -Bolt Spacing

BRAKES -Power -Torque -Net Force -Tension Ratio -Max Pressure -Max Allowable Stress

BELTS -Speed -Length -Angle of Contact -Differentiate Open and Crossed -Centrifugal Force (w/ & w/o mass) -Tension Ratio (w/ & w/o Fc) -Stress -Power (w/ & w/o Fc)

CHAINS -Center -Ratio -Diameters -Length of Chain -No. of Strands

Clutch (Disk) -Torque -Mean Radius (Uniform Wear&Pressure) -Applied Force (Uniform Wear&Pressure) Cone Clutch -Length of Contact -Normal Force -Torque with face width Block Clutch Band Clutch

SPRINGS -Stress -Deflection -Mean Diameter -Spring Index -Whal Factor -Bergstrasser -Direct Shear Factor -Curve Correction Factor

SPRING TYPE -Classifications (Type, Actual No. of Coils, Solid Length, Free Length) -Deflection using SL and FL -Impact Load on Spring (Deflection through a height) -Hooke's Law - Spring Energy - Elastic Energy

LEAF SPRING -Stress -Deflection -Complicated Stress and Deflection

SPRING SYSTEM -Series (constant, force, deflection) -Parallel (constant, force, deflection) -Total Deflection (Spring&Parallel) -Natural Frequency -Period -Frequency

COLUMNS -Radius of Gyration (solid, hollow, rectangular) -Effective Length -Critical Load -Classifications of Le

FLYWHEELS -Total Weight -Weight of the Rim -Kinetic Energy (velocity, rpm, coeff. fluct) -Torque -Centrifugal Force -Difference between SI and ENG

PUNCHING A HOLE (flywheel) -Energy to Punch a Hole -Emperical Formulas (what if non circular)

THREADED MEMBERS (Sprockets/Screws) -Screw Diameter -TPI -Lead -Mean Diameter -Total Torque (Tc&Tt) -Lead Angle & Beta Angle (theta) -Linear Velocity -Screw Efficiency (screw alone, screw and collar)

SPUR GEAR -Diametral Pitch -Circular Pitch -Module -Center Distance

GENERAL GEAR Formulas -Addendum -Dedendum -Working Depth -Whole Depth -Clearance -Tooth thickness -Outside Diameter -Root Diameter -Base Circle Diameter -Gear Ratio -Speed Ratio

Helical vs Bevel -Ft -Fr -Fa -Angle Relationship -Normal Circular Pitch -Axial Pitch -Lead

HELICAL GEAR -Tangential Force -Radial Force -Angle Relationship -Normal Circular Pitch -Axial Force -Axial Pitch -Lead

BEVEL GEAR Tangential Force -Radial Force -Angle Relationship -Normal Circular Pitch -Axial Force -Axial Pitch -Lead -Resultant Force -Pitch Angle

WORM GEAR -Lead -Lead Angle -Angle Relationship -Efficiency (Worm) -Tangential Force of Worm & Gear -Separating Force -Speed Ratio -Pitch Line Velocity

BEARINGS -Shearing Force -Radial Clearance -Bearing Pressure -Eccentricity of the Journal -Petroffs Equation -Frictional Torque -Bearing Life Rate -Stress

WIRE ROPES -Equivalent Bending Stress -Equivalent Bending Load -Factor of Safety -Total Tension -Approximate Weight of the Rope -Modulus of Elasticity -Design Formulas

ELEVATORS -Number of Elevators Required -People Capacity -Capacity of Elevators

TIME AND FREQUENCY -Time of Period -Motor Speed

MACHINE SHOP -Cutting Time -Notch Sensitivity Factor -Number of Strokes -Taper per inch -Taper per foot

OPTIONAL 1 -Velocity using g and r -Cross-belt Distance -Gear Ratio using P and T -Energy for Instantaneous Stress -Collapsing Pressure

ADD 1 -Critical Speed -Critical Load -Dilatation -Efficiency AMA/IMA

WELD -Force -Area