Engineering Mechanics: Statics and Dynamics |
Contents
Evolution of Mechanics | 1 |
Elements of Mechanics | 11 |
Concurrency | 61 |
Copyright | |
27 other sections not shown
Common terms and phrases
acceleration analysis angle angular momentum angular velocity applied axes axis C₁ centroid component equations concept condition conservation theorems constant coordinate couple direction cosines displacement dynamics effect equilibrium equivalent Example F₁ F₂ fluid force system free body diagram friction ft/sec given horizontal inertia tensor integral kinetic energy kips line of action linear load located m₁ m₂ magnitude mass center maximum mechanics Mohr's circle moment of inertia motion Newton's Newton's second law Note obtain P₁ P₂ particle plane position vector pressure principle problem products of inertia quantity rad/sec relation relative represented resultant rigid body rotation scalar shear stress shown in Fig solution space spring static surface Synthesis theorem tion torque truss unit vector V₁ values zero