## CHAPTER 10

 10.1 Determine the normal and shear stresses in the seam of the shaft passing through point A, as shown in Figure P10.1 The seam is at an angle of 60 to the axis of a solid shaft of 2-in diameter. Figure P10.1 10.2 A 4-in-diameter solid circular steel shaft is loaded as shown in Figure P10.2. Determine the shear stress and the normal stress on a plane passing through point E. Point E is on the surface of the shaft. Figure P10.2 In Problems 10.3 through 10.5, a solid shaft of 75-mm diameter is loaded as shown in Figure P10.3. The strain gage is 20 to the axis of the shaft and the shaft material has a modulus of elasticity E = 250 GPa and a Poisson ratio v=0.3. 10.3 If T=20 kN-m and P = 50 kN, what strain will the strain gage show? Figure P10.3 10.4 If the strain gage shows a reading of ?450 ?/m and T = 10 kN, determine the axial load P. 10.5 If the strain gage shows a reading of ?300 ?m/m and P = 55kN, determine the applied torque T. In Problems 10.6 and 10.7, a solid shaft of 2-in diameter is loaded as shown in Figure P10.6 The shaft material has a modulus of elasticity E = 30,000 ksi and a Poisson ratio v = 0.3. 10.6 Determine the strains the gages would show if P =...

##### Products & Services
Strain Gauges
Strain gauges are measuring elements that convert force, pressure, tension, etc., into an electrical signal.
Impellers
Impellers are rotating devices that force liquids, gases and vapors in a desired direction. They are widely used in pumping, blowing, and mixing applications.
Wave Washers
Wave washers or wave springs are wavy metal washers designed to provide a compensating spring force and sustain a load or absorb shock.
Industrial Winches
Industrial winches are pulling devices that use a wire, rope, cable, strap or web to move heavy loads. They typically use a drum or reel for line storage and are either manually operated or powered by an electric, pneumatic, or hydraulic motor.
Deflectometers and Extensometers
Deflectometers and extensometers are used to indicate the deformation of material while it is subjected to stress.

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CHAPTER 11 11.1 (Figure P11.1). Figure P11.1 11.2 (Figure P11.2). Figure P11.2 11.3 (Figure P11.3). Figure P11.3 In Problems 11.4 through 11.6, linear deflection springs and torsional springs...

CHAPTER 3 3.1 Determine the axial force acting on the specimen when it is extended by (a) 0.2 mm. (b) 4.0 mm. Figure P3.1 3.2 Determine the extension of the specimen when the axial force on the...

SYMBOLS [3], [4], [5] A area of cross section, m 2 (in 2) A w area of web, m 2 (in 2) a constant in Rankine's formula b radius of area of contact, m (in) bandwidth of contact, m (in) width of...

SYMBOLS [3], [4] a radius of circular area of contact, m (in) A acceleration of the follower, m/s 2 (in/s 2) follower overhang, m (in) A c arc of pitch circle, m (in) b half the band of width of...

24.1 CRANKSHAFTS [2], [3] SYMBOLS A area of cross section, m 2 (in 2) b width of crank cheek, m (in) c distance from the neutral axis of section to outer fiber, m (in) d diameter (also suffixes),...

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