StaticsPrentice-Hall, 1962 |
İçindekiler
BASIC CONCEPTS | 1 |
RESULTANTS OF FORCE SYSTEMS | 51 |
EQUILIBRIUM | 65 |
Telif Hakkı | |
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angle area of Fig area with respect axes axis beam belt block body with respect cable center of gravity centroid coefficient of friction concurrent force coplanar force system couple cylinder Determine the forces Determine the resultant distance element of area equal equations of equilibrium EXAMPLE F₁ F₂ force F force of Fig forces acting forces in members free-body diagram frictional force ft-lb homogeneous impending motion in-lb independent equations jackscrew lb as shown length load magnitude mass center moment of inertia motion impends normal force parallel perpendicular position vector principle of moments Prob problems product of inertia pulley R₁ R₂ radius of gyration resultant force rotation scalar shaded area shaft shown in Fig single force slug-ft² smooth solid of revolution SOLUTION static friction tension truss unit vector unknown forces vector sum virtual displacement weighs 100 lb xy plane zero