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Engineering Statics

by: Mckenna Lubowitz

Engineering Statics ENGR 210

Mckenna Lubowitz
GPA 3.61


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Class Notes
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This 2 page Class Notes was uploaded by Mckenna Lubowitz on Saturday October 3, 2015. The Class Notes belongs to ENGR 210 at Boise State University taught by Staff in Fall. Since its upload, it has received 9 views. For similar materials see /class/218033/engr-210-boise-state-university in Engineering & Applied Science at Boise State University.

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Date Created: 10/03/15
ENGR 210 Nomenclature acceleration acceleration due to gravity analytical solution analysis angle of wrap applied loads arc length area moment of inertia asperities associative addition aXial force ball joint beam bearing belt friction bending moment body force bridge builtin cable center of mass centroid coefficient of friction collinear commutative addition components of a vector composite compression concurrent forces contact force coordinate system coplanar Coulomb Theory of Friction couple cross product degree of redundancy degrees of freedom design communication design determinant direction cosine displacement displacement vector distributed force dot product dynamics equilibrium equilibrium equation equivalent force moment evaluation external forces couples feasible fixed force form of a design formulate frame free length free body diagram friction friction force function of a design generating alternatives graphical solution homogeneous impending slip improper indeterminate inertial reference frame internal loads joint kilo mega giga KIP law of cosines law of sines line of action load machine magnitude mass kg slug mass moment of inertia member method of joints method of sections milli micro nano moment moment of inertia moment of force Newton s laws neutrally stable normal force optimum parallel forces parallel aXis theorem parallelogram rule pin support polar moment of inertia position vector potential energy pound mass lbm principal axes problem checking problem formulating problem solving product of inertia pulley quadratic equation reaction redesign redundant refinement respecify resolving resultant righthandrule roller support rotation rough surface scalar multiplication scalar scalar product section critical shear slender bar smooth surface space truss speed spring constant spring stable equilibrium stability static indeterminacy statics structure support support reactions surface force tension three force member thin plate translation triangle rule truss two force member unit vector unstable equilibrium unstretched length Varignon s Theorem vector vector loop vector product wedges weight weight density work wrench


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