ENGR& 214 - Statics

5 credits

Prerequisites
MATH& 152 or PHYS& 221 with a grade of “C” or better (or concurrent enrollment in either of the courses with advisor approval).

This is a course in engineering statics (mechanics). Topics include: vector notation, scalar and vector analysis of two- and three-dimensional static structures, equilibrium, moments, couples, distributed loads, resultants, centroids, inertia, shear and bending moments, and friction.

Theory Hours
5 theory hours.

AA Specified Elective
Satisfies the requirement for the AS-Track 2 degree or specified elective for the AA degree.

Course Outcomes

Solve two- and three-dimensional equilibrium problems by summing vector forces and moments
Construct free-body diagrams to calculate forces between bodies, within members and at connections
Use graphical and analytical techniques to determine reactions to structural loading
Make use of equivalent systems such as couples, force-couple relationships, and resultants in the calculation of structure loads
Calculate the section forces in beams, including shear force, axial force, and bending moments
Calculate centroids and moments of inertia of plane surfaces
Use alternate frames of reference in the calculation of distributed loads
Account for friction in the determination of structure loading
Model and solve real-world problems using engineering statics (mechanics)
Develop and utilize team skills necessary in the solution of engineering problems
Report the results of analyses clearly, concisely, and in the required format