PHY 211 Statics
MWF 2:00 Š 2:50, MLT 307-B
Instructor: George Rutherford, MLT 308-A
438-2934 GHR - AT - ILSTU.EDU
Office Hours Walk-in, or by apppointment
Lab: MLT 304
Text: Engineering Mechanics: Statics, 13th edition, by R. C. Hibbeler
No class (exam)
Went over exam
Strength of Materials
NX and FEA
Final review and course evaluation
This course is designed to give you an introduction to engineering mechanics in static systems. You will make use of the classical mechanics you learned in PHY 110 as well as the mathematical principles from the MAT 145 Š 147 sequence. Statics deals with two- and three-dimensional systems of particles and rigid bodies in static equilibrium. Additional topics include concentrated and distributed forces, centers of gravity and centroids, and moments of inertia. Special attention is devoted to forces in frames, structures, beams, and cables. For many of you, this will be your first engineering course. In fields such as mechanical or civil engineering, statics is indispensable in the design and analysis of structures that must hold their shape while bearing a load or performing a task where dynamic forces (forces arising from acceleration of the system) are absent or negligible.
This course is explicitly designed to follow as closely as possible the topics covered in the corresponding course at UIUC (TAM 211), and it uses the same text. This will allow Engineering/Physics students to transfer smoothly into further courses there.
Schedule of Topics, Exams, etc:
Here are the sections from the text that I hope to cover, in the order we will cover them. Remember to read ahead. Exam coverage is also indicated.
Chapter 2, all sections
Chapter 3, all sections
Chapter 4, all sections Exam 1 stops here:
Chapter 5, all sections
Chapter 6, all sections
Chapter 7, all sections Exam 2 stops here
Chapter 8, Sections 1 and 2
Chapter 9, Sections 1, 2, and 5
Chapter 10, Sections 1 Š 5 Exam 3 stops here
Chapter 11, Sections 1 – 3
Extra material on hydrostatic pressure
Extra material on cables, if time permits
The exams will occur shortly after we finish the last topic covered by that exam. The exact date will be announced in class and sent out to your university e-mail account. The topics covered after Exam 3 will be tested on the Final Exam.
The final exam will be comprehensive. The date and time will be available on iCampus later in the semester.
Homework: Follow this link for due dates
Homework problems will be assigned on a regular basis, and the due date will be announced when a group of problems is assigned. The assignments and due dates will also be posted on the course webpage; follow the link above. You should work all the problems in a group (working a few more for practice is strongly recommended), with each problem worked on a separate sheet of paper. Your work should be neat, legible, and organized. Please restate the problem clearly, including diagrams, before showing the solution. On the due date, we will determine which problem to turn in via some random algorithm, such as rolling a die. That problem will be graded and returned at the next class period.
Make-up exams are given only for unavoidable absences due to personal illness or death in your immediate family. Appropriate documentation is required. Exams missed for other reasons will receive a grade of zero. Late homework will not be accepted, so make sure your homework is brought to class by a friend or classmate if you cannot attend. Your lowest homework grade will be dropped before I calculate your homework average.
Your grade will be determined by the following breakdown of assignments:
3 Exams, 15% each 45%
Final Exam 25%
Letter grades are determined by the usual 90/80/70/60 scale. Exam grades may be curved. Course averages that just miss a letter grade cutoff may be adjusted upward depending on class participation, behavior, punctuality, etc.