Applied Mechanics 1 (Statics) - Fall 1998

COURSE: MATH 2610-001, CALL #31053

TIME: 12:35-1:30 MWF, PLACE: Room 261 of Brown Hall

INSTRUCTOR: Dr. Robert Gardner, OFFICE: Gilbreath 308L and Brown 201

OFFICE HOUR: 10:25-11:20 MWF, PHONE: 439-6978 (Math Office 439-4349)

E-MAIL ADDRESS: gardnerr@etsuarts.etsu.edu

HOMEPAGE: www.etsu.edu/math/gardner/gardner.htm (see my homepage for a copy of the course syllabus and updates for the course)

E-MAIL ADDRESS: gardnerr@etsu.edu

HOMEPAGE: www.etsu.edu/math/gardner/gardner.htm.

CLASS HOMEPAGE: A copy of the syllabus and additional information is available on the internet at: www.etsu.edu/math/gardner/2610/2610.htm

TEXT: Engineering Mechanics - Statics, 2nd Edition, by A. Bedford and W. Fowler (ISBN 0-201-49866-9), published by Addison-Wesley.

CALCULATORS: You will need a scientific calculator.

ABOUT THE COURSE: This is a standard introductory course in statics. It is a core course in any engineering curriculum and should transfer as follows:

UNIVERSITY COURSE
Tennessee Tech Civil and Environmental Engineering (CEE) 211
University of Tennessee Basic Engineering (BE) 121
Virginia Tech Engineering Science and Mechanics (ESM) 1004
You should check with your advisor about transfering this class. If you do not have an advisor (in the PENG program), then please let me know and I will get you set up!

ABOUT THE "PENG" PROGRAM: Several faculty members in the Departments of Mathematics, Physics, and Technology are currently revising the PENG ("Pre-Engineering" or "Engineering Transfer") program. Details of the current program can be found on the internet at: http://www.etsu.edu/math/gardner/peng.htm (a copy of the old Engineering Transfer program is also on the web at: http://www.etsu.edu/scitech/entc/programs/TRANSOUT.HTM). To keep on track in your program, you should register for Applied Mechanics II (Dynamics) in Spring 1999. This course will most likely be offered through the Physics Department. Some initial information is also available on the internet for this class at: http://www.etsu.edu/math/gardner/dynamics.htm.

HOMEWORK: We will develope a certain "style" for working problems. As an engineer, one of your big responsabilites will be to communicate your ideas to coworkers. This will require that your work be clean, organized and neat. You need to buy an "Engineer's Computation Pad" ($1.99 at the University Bookstore). I would also strongly recommend that you purchase a mechanical pencil and ruler for use in homework assignments. Neatness and clarity will be a factor in determining homework grades.

GRADING: Your grade will be determined by your average on a midterm (M), final (F) and homework assignments (HW) as follows: AVERAGE = ( HW + M + F )/ 3. Grades will be assigned based on a 10 point scale with "plus" and "minus" grades being assigned as appropriate. No credit will be given for late homework.

Important Dates
Tentative Outline

We will try to adhere to the following schedule. "EE" means Every Eight (that is, 8, 16, 24, etc.). "Problems" will be dicussed briefly in class as time permits (a general "strategy" only will be given in class - these are time consuming problems!). The "homework" will be collected on the due date and graded.

DATE AGENDA PROBLEMS HOMEWORK DUE DATE
MON 8/31 1.1 - 1.4 = Introduction 1.1 - 1.30 (EE) 1.7, 1.27 Friday 9/4
WED 9/2 2.1 - 2.3 = Vectors in 2-D 2.1 - 2.64 (EE) 1.15, 1.18, 1.36b, 1.57a Wednesday 9/9
FRI 9/4 2.4 = Vectors in 3-D 2.65 - 2.102 (EE) 2.86, 2.100 Friday 9/11
MON 9/7 Labor Day holiday (no class) - - -
WED 9/9 2.5, 2.6 = Dot and Cross Products 2.104-2.144 (EE) 2.118, 2.138 Wednesday 9/16
FRI 9/11 3.1 - 3.3 = Forces and Free Body Diagrams 3.1 - 3.59 (EE) 3.35 Monday 9/21
MON 9/14 3.3 (cont.), 3.4 = 3-D Force Systems 3.63 - 3.823.79 Monday 9/21
WED 9/16 3.4 (cont.) - - -
FRI 9/18 4.1 = 2-D Moments 4.1 - 4.44 (EE) 4.43 Friday 9/25
MON 9/21 4.2 = Moment Vector 4.45 - 4.76 (EE)4.66 Friday 9/25
WED 9/23 4.3 = Moment about a Line 4.77 - 4.107 (EE) 4.97Wednesday 9/30
FRI 9/25 4.4 = Couples 4.108 - 4.127 (EE) 4.119 Wednesday 9/30
MON 9/28 4.5 = Equivalent Systems 4.128 - 4.174 4.136Monday 10/5
WED 9/30 4.6 = Representing Equivalent Systems - 4.174 Monday 10/5
FRI 10/2 5.1, 5.2 = 2-D Equilibria - 5.8, 5.36 Friday 10/9
MON 10/5 5.3 = Supports 5.72 5.76 Wednesday 10/9
WED 10/7 5.4 = 3-D Equilibria - 5.112 Wednesday 10/14
FRI 10/9 5.4 (cont.) - - -
MON 10/12 5.5 = Members 5.121 - 5.133 (EE) 5.122, 5.127 Monday 10/19
WED 10/14 Review for Midterm - --
FRI 10/16 Midterm - - -
MON 10/19 6.1, 6.2 = Trusses, Joints - - -
WED 10/21 6.3, 6.4 = Sections, Space Trusses - --
FRI 10/23 6.5 = Frames and Machines - - -
MON 10/26 6.5 (cont.) - - -
WED 10/28 7.1, 7.2 = Centroids - - -
FRI 10/30 Fall Break (no class) - - -
MON 11/2 7.3 = Distributed Loads - - -
WED 11/4 7.4 = More Centroids - - -
FRI 11/6 7.5 = Theorems of Pappus - - -
MON 11/9 7.6, 7.7 = Center of Mass - - -
WED 11/11 7.8 = Composite Objects - - -
FRI 11/13 8.1 = Definitions - - -
MON 11/16 8.2 = Parallel-Axis Theorem - - -
WED 11/18 8.4, 8.5 = Masses - - -
FRI 11/20 9.1 = Dry Friction - - -
MON 11/23 9.1 (cont.), 9.2 = Friction - Application -- -
WED 11/25 9.2 (cont.) - - -
FRI 11/27 Thanksgiving holiday (no class) - - -
MON 11/30 9.2 (cont.) - - -
WED 12/2 10.1 = Beams - Axial Force - - -
FRI 12/4 10.2 = Beams - Shear and Bending - - -
MON 12/7 10.3 = Beams - Distributed Load - - -
WED 12/9 10.4 = Cables - Uniform Loads - - -
FRI 12/11 Review for Final - - -
WED 12/16 Final 1:20 - 3:20 p.m. - - -

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