CIVL 4901 Schedule

Date	Day	Topic	Reading
9/1	T	Introduction and Description of Pavements	Ch. 1
9/3	R	Stresses in Asphalt Pavements	2.8 - 2.10
9/8	T	Traffic and Load Equivalency	5.1 - 5.4
9/10	R	Traffic and Load Equivalency (continued)	5.1 - 5.4
9/15	T	Measuring Soil Stiffness	7.11 - 7.13
9/17	R	Problem Soils (Frost Susceptibility and Swelling Soils)	7.9 - 7.10
9/22	T	Class cancelled due to CIVL 4151 lab running long
9/24	R	Soil Stabilization Concepts and Methods	7.14
9/29	T	Distress in Asphalt Pavements, Performance Measures	11.1, 11.3
10/1	R	Derivation of the AASHTO Flexible Pavement Design Equation	Notes
10/6	T	Exam 1 (Chapters 1, 2, 5, 7, 11)
10/8	R	Effective Soil Modulus for Use in the AASHTO Design Equation	11.4
10/13	T	AASHTO Method of Structural Design for Asphalt Pavements	14.3.1
10/15	R	AASHTO Method of Structural Design for Asphalt Pavements (cont)	14.3.1
10/20	T	Fall Break
10/22	R	Asphalt Institute Method of Structural Design for Asphalt Pavements	14.3.2
10/27	T	Mechanistic-Empirical Methods of Structural Design for Asphalt Pavements	14.3.2
10/29	R	Principles of Mix and Structural Design of Concrete Pavements	3.2 - 3.3
11/3	T	Design of Temperature Steel and Tie Bars for Concrete Pavements	Notes
11/5	R	Design of Dowel Bars for Concrete Pavements	15.2.1
11/10	T	Distresses in Concrete Pavements	11.2
11/12	R	AASHTO Method of Structural Design for Concrete Pavements	15.2.2
11/17	T	AASHTO Method of Structural Design for Concrete Pavements (cont)	15.2.2
11/19	R	Guest Speaker (Zach Richardson from Carmeuse Lime & Stone)
11/24	T	Rigid Pavement Design Example	Notes
11/26	R	Thanksgiving Break
12/1	T	Design of Continuously-Reinforced Concrete Pavements	Notes
12/3	R	Review of Rigid Pavement Design Homework
12/8	T	Exam 2 (Chapters 3, 12-15)