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    APL100

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    Kuldeep Mal
    This document provides information about the Applied Mechanics Department course APL100: Engineering Mechanics for the second semester of the 2018-2019 academic year. The 3-credit course will cover topics in statics, dynamics, and vibrations using the 10th edition textbook by Beer et al. Evaluation will consist of two minor tests, a major exam, assignments, and quizzes. Attendance is mandatory, and grades will be reduced for absences above 40%. Tutorial problems will be provided, and multiple professors will participate in lectures and tutorials.

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    APL100

    Uploaded by

    Kuldeep Mal
    2K views2 pages
    This document provides information about the Applied Mechanics Department course APL100: Engineering Mechanics for the second semester of the 2018-2019 academic year. The 3-credit course will cover topics in statics, dynamics, and vibrations using the 10th edition textbook by Beer et al. Evaluation will consist of two minor tests, a major exam, assignments, and quizzes. Attendance is mandatory, and grades will be reduced for absences above 40%. Tutorial problems will be provided, and multiple professors will participate in lectures and tutorials.

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    Apl100 syllabus

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    This document provides information about the Applied Mechanics Department course APL100: Engineering Mechanics for the second semester of the 2018-2019 academic year. The 3-credit course will cover topics in statics, dynamics, and vibrations using the 10th edition textbook by Beer et al. Evaluation will consist of two minor tests, a major exam, assignments, and quizzes. Attendance is mandatory, and grades will be reduced for absences above 40%. Tutorial problems will be provided, and multiple professors will participate in lectures and tutorials.

    Copyright:

    © All Rights Reserved
    Download as PDF, TXT or read online from Scribd
    Download as pdf or txt
    2K views2 pages

    APL100

    Uploaded by

    Kuldeep Mal
    This document provides information about the Applied Mechanics Department course APL100: Engineering Mechanics for the second semester of the 2018-2019 academic year. The 3-credit course will cover topics in statics, dynamics, and vibrations using the 10th edition textbook by Beer et al. Evaluation will consist of two minor tests, a major exam, assignments, and quizzes. Attendance is mandatory, and grades will be reduced for absences above 40%. Tutorial problems will be provided, and multiple professors will participate in lectures and tutorials.

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    APPLIED MECHANICS DEPARTMENT

    APL100: ENGINEERING MECHANICS (3-1-0) 4 CREDITS


    Second Semester 2018-2019
    Slot A (Groups 01-10) at LH 325, Slot AA (Groups 11-12) at LH 121

    TEXT BOOK FOR THE COURSE

    Vector Mechanics for Engineers: Statics and Dynamics (in SI Units) by Beer, Johnston,
    Mazurek, Cornwell and Sanghi: McGraw Hill Education, 10th edition, 2013.

    COURSE CONTENT

    1 Introduction: Point force and distributed forces; Equivalent Systems of Forces; Centroids
    and Center of Gravity; Equilibrium of Rigid Bodies; Free body diagram; (Chapters 2-5)

    2 Analysis of Trusses, Beams and Frames (Chapters 6-7)

    3 Frictional forces; Laws of Coulomb friction; Thrust bearing and belt friction (Chapter 8).

    Kinematics: Moving particle in Cartesian, Cylindrical and Path Co-ordinate systems.


    4 Translation and rotation of rigid bodies. Motion of particles relative to rotating frame.
    (Chapters 11, 15)

    Dynamics of particles: Newton’s laws of motion for a system of Particles: Linear and
    5 Angular Momentum; Work Energy Principle; Impulse momentum principles. (Chapters 12,13
    and 14)

    Dynamics of rigid bodies: The inertia tensor; Euler's Equations of motion; Plane motion of a
    6 rigid body; General motion of a rigid body; Work-Energy and Impulse-Momentum Principle
    for rigid bodies; Applications. (Chapters 9, 16 - 18).

    7 Variational Mechanics; Method of virtual work; Method of minimum potential energy for
    conservative systems. (Chapter l0)

    8 Introduction to free vibration and forced vibration problems; Simple harmonic motion.
    (Chapter 19)

    ADDITIONAL REFERENCES
    1. Engineering Mechanics - Statics and Dynamics (Fourth Edition), by Irving H. Shames,
    Prentice Hall of India Pvt. Ltd. Eastern Economy Edition, 200l.
    2. Mechanics by P.C. Dumir (Lecture Notes available at Xerox shop near II LT 1)

    Course Web page: http://web.iitd.ac.in/~maloy


    TUTORIALS
    A separate sheet listing the problems from the text book will be supplied to the students. The
    students are expected to prepare these problems and discuss them in the tutorial class.
    EVALUATION OF THE COURSE
    Minor 1 : 25%
    Minor 2 : 25%
    Major : 40%
    Assignments / Quizzes : 10%

    Attendance Policy: Students are expected to attend all the lecture and tutorial classes.
    • One grade will be reduced if a student’s attendance is between 60% to 75 %.
    • Two grade will be reduced if a student’s attendance is between 50% to 60 %.
    • If a student's attendance is less than 50%, he / she will be given "F" grade.

    Only one common make-up minor test will be scheduled for the students who miss either minor 1
    or minor 2 due to medical reason (A medical certificate from IIT Hospital is compulsory). In
    general, the make-up examination will be more difficult than the regular examination.

    PARTICIPATING FACULTY
    • Prof. M K Singha, Lectures and Tutorials, Room No. 251, Block IV
    • Prof. Vikrant Tiwari, Lectures and Tutorials, Room No. 256, Block IV
    • Prof. A. Dewan, Prof. B. P. Patel, Prof. S. Roy, Prof. M. R. Cholemari, Prof. S. Santapuri,
    Prof. G. Singh, Prof. Vamsi Krishna, Tutorials, Block IV

    (Prof. M K Singha) (Prof. Vikrant Tiwari)

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