10/20/2019                                                                         CIVL 3121
Home                      CIVL 3121 - Syllabus - Fall 2019
  Course Syllabus
  Homework Assignments
                             Instructor:
  Project Information
  Class Notes                Dr. Charles Camp
                             Office: ES 106B
  Interesting Stuff
                             Phone: 678-3169 (office)
  Civil Engineering          Email: cvcamp@memphis.edu
  Herff College
                             Hours Credit: 3 Semester Hours
                             Prerequisites: CIVL 2131 - Statics
                             Corequisites: CIVL 3322 - Mechanics of Materials
                             Course Meetings: Lecture: Tuesday and Thursday; 9:40 -11:05 Room ES 114
                             Required Textbook: "Structural Analysis" by Russell C. Hibbeler, Tenth Edition, Prentice-Hall, 2018, ISBN-13: 9780134610672
                             Required Homework System: Pearson's Mastering Engineering (https://www.masteringengineering.com)
                                                                        Join code for Fall 2019: MECAMP5222040
                             COURSE DESCRIPTION
                             Analysis of statically determinate structures; reactions, shear, and moment; truss analysis; deflections; influence lines and
                             moving loads.
                             OBJECTIVES
                                 1.   To further develop skills in determining reactions and loads on structures.
                                 2.   To familiarize the student with the basic concepts of truss analysis.
                                 3.   Learn to derive shear and moment expressions from loading functions.
                                 4.   Develop a basic understanding of influence lines.
                                 5.   Learn to compute deflections of beams using direct integration, conjugate beam and energy methods.
                                 6.   Application of analysis concepts to design.
                             GRADING
                             Grades will be based on homework assignments given each class period and collected the following class meeting, two
                             structural design projects, two exams, a final exam. Letter grades will be awarded for the corresponding scores:
                                                                               Numerical Score          Grade
                                                                                  90 - 100                A
                                                                                   87 - 89               B+
                                                                                   84 - 86                B
                                                                                   80 - 83                B-
                                                                                   77 - 79               C+
                                                                                   74 - 76                C
                                                                                   70 - 73               C-
                                                                                 BELOW 70                 F
                             The final grades for the course will be based on the following percentages:
                                                                                Components             Percentages
                                                                                 Homework                  10%
                                                                         Individual Design Project         5%
                                                                           Group Design Projects           15%
                                                                            2 Exams (20% each)             40%
                                                                                 Final Exam                30%
                             ATTENDANCE
                             Regular attendance is necessary to maintain pace with the lectures and the progress of the class. If you must be absent, please
                             make sure you know the assignment for the following class meeting and turn in any work due that day.
                             MAKE-UP WORK
                             Generally, if a student misses an exam, a homework assignment, or a project deadline, a score of zero will be recorded.
                             However, the student may be allowed to make-up an exam or turn in their homework late if a valid reason for the absence is
                             presented to the instructor at the next class meeting. If the student must miss an exam because of a conflict in their schedule
                             the student must notify the instructor in writing at least two days prior to the absence.
                             CIVL 3121 - Homework Format - pdf version
                             All assignments are to be submitted on engineering paper. You may use any type of engineering paper as long as it has a
                             background grid. The example page below is for the paper available in the bookstore. If an alternate form of paper is used, the
                             headings at the top of the page should be modified to match the printed partitions, however, the remainder of the instructions
                             apply equally to either form.
                             Work should be done in pencil, and a lead hardness used which produces good contrast to the paper. Figures should be drawn
                             with a straight edge and if appropriate, a circle template or compass. The layout and appearance of your work should be of
                             professional quality. Work no more than one problem per page. Do not use the back of a page for any reason. All pages should
                             be ordered by page number and stapled. A good guide for this standard is to prepare each assignment as if it were to be kept
                             on file and sent to prospective employers as an example of your work at University of Memphis.
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10/20/2019                                                                                        CIVL 3121
                                 Homework is due at the beginning of class on the due date. Late homework will not be accepted for any reason. To account
                                 for a missed assignment, even with an valid excuse, one homework assignment will be dropped for consideration in computing
                                 the homework average.
                                 Academic Integrity and Student Conduct:
                                 Expectations for academic integrity and student conduct are described in detail on the website of the Office of Student Judicial
                                 and Ethical Affairs (http://saweb.memphis.edu/judicialaffairs). Please take a look, in particular, at the sections about
                                 “Academic Dishonesty,” “Student Code of Conduct and Responsibilities,” and “Disruptive Behaviors.” I will expect students to
                                 be aware of these guidelines and to conduct themselves accordingly.
                                                                          This website was originally developed by Charles Camp for CIVL 3121.
                                                             This site is maintained by the Department of Civil Engineering at the University of Memphis.
                                                                                      Your comments and questions are welcomed.
                  Department of Civil Engineering | 104 Engineering Science Bldg |Memphis, TN 38152 | Phone: 901/678-2746 | Fax: 901/678-3026 | Last updated: 10/17/2019
www.ce.memphis.edu/3121/course_info/syllabus.html                                                                                                                          2/2