MEC 201 - Statics

Instructor:

          Frank Gonzalez                    Room 394
          (715) 261-6288                    Fax: (715) 261-6333
          E-mail:  fgonzale@uwc.edu
          Office hrs:  11:00-12:00 M-F,  1:00-2:00 M,W

Course Description:

          Engineering mechanics is the study of the effects that
          forces produce on bodies.  It has two major subdivisions:
          statics and dynamics.  In statics, the bodies are at rest
          or are moving with constant velocity.

          Course topics include force systems, equilibrium,
          structures, distributed forces, beams (shear and moment
          diagrams), friction, center of gravity, and moment of
          inertia.  Statics is a prerequisite for further study in
          dynamics, strength (or mechanics) of materials,
          structural engineering, stress analysis, and mechanical
          design and analysis.

          This course will help the student improve his or her
          skills at solving quantitative and mathematical problems. 
          The course emphasizes clear and logical thinking and will
          help to improve the student's ability to analyze,
          synthesize, evaluate, and interpret information and
          ideas.  The student will apply scientific methods,
          formulate and solve mathematical equations, and interpret
          results.  Problems can be solved with hand held
          calculators although computers may be employed.

Text:

          Engineering Mechanics: Statics and Dynamics, 8th Ed, Hibbeler

Grading:

          Homework                     25-85 pts (required up to first test)
          FEA problems                    30 pts
          6 tests                        300 pts
          Final exam                     100 pts
          Total                          455-515 pts

Assignments:

Section         Topic                        Homework

 1.1-6           Units                        1-2,11,14,18  

 2.1-3           Forces                       2-*3,5,12 (graph. method)
 2.1-4                                        2-3,5,12 (trig. method)
 2.4                                          2-*34,35,44 (comp. method)
 2.5-6                                        2-68,71
 2.7-8                                        2-85,*93,100

 3.1-3           Equilibrium                  3-*1,6,18
 3.4                                          3-35,48,50

                 Test 1

 4.1-4 A         Moments                      4-6,16,19
 4.1-4 B                                      4-31,35,40
 4.6                                          4-73,79,81
 4.7-9                                        4-98,*103,107
 4.10                                         4-*129,131,134

                 Test 2

 5.1-2           Equilibrium                  5-2,5,7,10
 5.3-4                                        5-18,*20,25
 5.5-7                                        5-65,79,87

                 Test 3

 6.1-3           Trusses                      6-*1,16
 6.4                                          6-31,33,49
 6.6 A           Frames                       6-75,105,137
 6.6 B           Machines                     6-98,100,117,FEA 1

                 Test 4

 7.1             Beams                        7-5,6,14
 7.2             Shear and Moment Diag.       7-35(b),40
 7.3 A                                        7-62,65,67
 7.3 B                                        7-66,69,FEA 2

                 Test 5

 8.1-2 A         Friction                     8-2,13,28
 8.1-2 B                                      8-9,14,19
 8.3                                          8-63,64(modified),FEA 3

                 Test 6

 9.1-2           Center of Gravity            9-8,32
 9.3                                          9-45,55,66

 10.1-4          Moment of Inertia            10-6
 10.2-5                                       10-41,47,FEA 4

 * Estimate answer