Machine Design

Department of Mechanical and Energy Engineering, Indiana University - Purdue University Indianapolis, SL 260G,
723 W. Michigan Street, Indianapolis, IN 46202; Tel: 317-278-3113; Email:duxi@iu.edu

1. Stress, Strength, and Failure Prevention

Machine Design> Examples > 1. Stress, Strength, and Failure prevention

Problem 1: Probability of failure of a beam

Problem 2: Probability of failure of a beam

Problem 3: Probability of failure of a joint

Problem 4: Probability of failure of a joint

Problem 5: Distribution of a stress

Problem 6: Distribution of overall spring rate

Problem 7: Distribution of shear stress

Problem 8: Probability of failure of a strip

Problem 9: Probability of failure of a vessel

Problem 10: Probability of failure of a wheel

Problem 11: Probability of failure of a column

Problem 12: Probability of failure of a strut

Problem 13: Probability of failure of a shaft

Problem 14: Probability of failure of a cantilever

Problem 15: Probability of failure of a beam

Problem 16: Probability of failure of a shaft

Problem 17: Probability of failure of a shaft

Problem 18: Probability of failure of a truss

Problem 19: Distribution of bending stress

Problem 20: Distribution of axial elongation

Problem 21: Probability of failure of a hollow bar

Problem 22: Probability of failure of a crank

Problem 23: Distribution of rod diameter

Problem 24: Probability of failure of a tube

Problem 25: Probability of failure of a rod

Problem 26: Probability of failure of a tension rod

Problem 27: Probability of failure of a thin plate

Problem 28: Distribution of principal stress

Problem 29: Distribution of spring constant

Problem 30: Distribution of strain energy

Problem 31: Probability of failure of a bar

Problem 32: Distribution of spring rate

Problem 33: Distribution of axial elongation

Problem 34: Probability of failure of a tube

Problem 35: Distribution of power

Problem 36: Distribution of pressure

Problem 37: Probability of failure of a bar

Problem 38: Probability of failure of a rod

Problem 39: Design of a shaft

Problem 40: Design of a shaft

Problem 41: Design of a rod

Problem 42: Probability of failure of a beam

Problem 43: Design of a bar

Problem 44: Design of a beam

Problem 45: Design of a rod

Problem 46: Design of a tube

Problem 47: Design of a column

Problem 48: Design of a hollow bar

Problem 49: Design of a tube

Problem 50: Design of a rod

Problem 51: Design of a plate

Problem 52: Design of a cantilevered tube

Problem 53: Design of tension rod

Problem 54: Probability of failure of a rod

Problem 55: Design of a grinding wheel

Problem 56: Design of a steel strip

Problem 57: Design of a beam

Problem 58: Probability of failure of a bar

Problem 59: Design of a strut

Problem 60: Design of a torsion bar

Problem 61: Design of rotating-beam

Problem 62: Probability of failure of an element

Problem 63: Probability of failure of a bar

Problem 64: Probability of failure of a beam

Problem 65: Design of a beam

Problem 66: Probability of failure of a beam

Problem 67: Design of a beam

Problem 68: Probability of failure of a tube

Problem 69: Distribution of angle of twist

Problem 70: Probability of failure of a strip