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Statics and Dynamics (ENGR 210), Spring 2006 Engineering Mathematics (ENGR 400), Spring 2006 Engineering Mathematics (ENGR 400), Spring 2005 Engineering Mathematics (ENGR 400), Spring 2004 Engineering Mathematics (ENGR 400), Spring 2003 Structural Analysis (CEIE 311), Spring 2003 Engineering Mathematics (ENGR 400), Spring 2002
Statics and Dynamics (ENGR 210), Spring 2006 |
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Location and Time:Lecture Hall , Room 2, Tuesdays and Thursdays, 3:00pm - 4:15pm Course Overview:This course provides the fundamental principles and tools for the analysis of structures. It includes stationary structures (statics) and structures in motion (dynamics). Topics covered include General principles and fundamental concepts of mechanics of rigid bodies; Units of measurements, Force vector analysis and their use, including vector operations; Equilibrium of particles and rigid bodies; Resultants of a system of forces; Dry friction; Center of gravity and centroid; Moments of inertia, including the parallel axis theorem and radius of gyration. Kinematics and kinetics of a particle; Work and energy. Course Objectives:To develop an understanding of the basic principles governing the conditions of rest and motion of particles and rigid bodies subjected to the action of forces; to develop the ability to analyse and solve problems in a simple and logical manner. Textbook:Syllabus:Available here and as a PDF file Course homepage: |
Engineering Mathematics (2 lectures in ENGR 400 course), Spring 2006 |
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Location and Time:Robinson Hall, Room A105, Tuesdays (January 31 and February 7, 2006), 7:20pm - 10:20pm Course Overview:This course is a refresher for the mathematics part of the Fundamentals of Engineering exam. It covers the following sections: fundamentals of analytic geometry and trigonometry, algebra and linear algebra, probability and statistics, calculus, differential equations, transforms, and numerical analysis. Course Objectives:To refresh fundamental concepts in mathematics, statistics, and probability; To develop problem solving strategies and skills for the mathematics part of the Fundamentals of Engineering Exam. Reference Textbook:Syllabus:Download as a PDF file |
Engineering Mathematics (2 lectures in ENGR 400 course), Spring 2005 |
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Location and Time:Science and Technology II, Room 12, Thursdays, 7:20pm - 10:20pm Course Overview:This course is a refresher for the mathematics part of the Fundamentals of Engineering exam. It covers the following sections: fundamentals of analytic geometry and trigonometry, algebra and linear algebra, probability and statistics, calculus, differential equations, transforms, and numerical analysis. Course Objectives:To refresh fundamental concepts in mathematics, statistics, and probability; To develop problem solving strategies and skills for the mathematics part of the Fundamentals of Engineering Exam. Reference Textbook: |
Engineering Mathematics (2 lectures in ENGR 400 course), Spring 2004 |
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Location and Time:Enterprise Hall , Room 274, Thursdays, 7:20pm - 10:20pm Course Overview:This course is a refresher for the mathematics part of the Fundamentals of Engineering exam. It covers the following sections: fundamentals of analytic geometry and trigonometry, algebra and linear algebra, probability and statistics, calculus, differential equations, transforms, and numerical analysis. Course Objectives:To refresh fundamental concepts in mathematics, statistics, and probability; To develop problem solving strategies and skills for the mathematics part of the Fundamentals of Engineering Exam. Reference Textbook: |
Engineering Mathematics (3 lectures in ENGR 400 course), Spring 2003 |
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Location and Time:Science and Technology I, Room 224, Thursdays, 7:20pm - 10:20pm Course Overview:This course is a refresher for the mathematics part of the Fundamentals of Engineering exam. It covers the following sections: fundamentals of analytic geometry and trigonometry, algebra and linear algebra, probability and statistics, calculus, differential equations, transforms, and numerical analysis. Course Objectives:To refresh fundamental concepts in mathematics, statistics, and probability; To develop problem solving strategies and skills for the mathematics part of the Fundamentals of Engineering Exam. Reference Textbook: |
Structural Analysis (Recitation sessions in CEIE 311 course), Spring 2003 |
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Location and Time:Science and Technology I, Room 224, Fridays, 7:20pm - 10:00pm Course Overview:This course consists of problem solving session in which the following types of problems in structural analysis are discussed: types of structures and loads, analysis of statically determinate structures, analysis of statically determinate trusses, internal loadings developed in structural members, analysis of statically indeterminate structures by the force method, analysis of deflections, and the displacement method. Course Objectives:To develop problem solving skills for structural analysis problems. Textbook:Structural Analysis, 5th edition, Russell C. Hibbeler, Prentice Hall |
Engineering Mathematics (3 lectures in ENGR 400 course), Spring 2002 |
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Location and Time:Science and Technology I, Room 224, Thursdays, 7:20pm - 10:20pm Course Overview:This course is a refresher for the mathematics part of the Fundamentals of Engineering exam. It covers the following sections: fundamentals of analytic geometry and trigonometry, algebra and linear algebra, probability and statistics, calculus, differential equations, transforms, and numerical analysis. Course Objectives:To refresh fundamental concepts in mathematics, statistics, and probability; To develop problem solving strategies and skills for the mathematics part of the Fundamentals of Engineering Exam. Reference Textbook: |