Serial Number
21447
Course Number
ME1006
Course Identifier
502 21140
- Class 03
- 3 Credits
Preallocated / Compulsory
DEPARTMENT OF MECHANICAL ENGINEERING / Interdisciplinary Bachelor"s Program in College of ENGINEERING
DEPARTMENT OF MECHANICAL ENGINEERING
Interdisciplinary Bachelor"s Program in College of ENGINEERING
PreallocatedCompulsory- YU-HSIU LEE
- View Courses Offered by Instructor
COLLEGE OF ENGINEERING DEPARTMENT OF MECHANICAL ENGINEERING
- Tue 7, 8, 9
機械114
Type 2
55 Student Quota
NTU 55
- 2 Specialization Programs
- English
- NTU COOL
- Core Capabilities and Curriculum Planning
- Notes
The course is conducted in English。
- Limits on Course Adding / Dropping
Restriction: students whose last two digits of their student ID are divisible by 3 with the remainder of 2 and Restriction: within this department (including students taking minor and dual degree program)
NTU Enrollment Status
Enrolled0/55Other Depts0/0Remaining0Registered0- Course DescriptionThis course provides a fundamental knowledge of dynamics, including kinematics and kinetics of particle, system of particles, and rigid bodies in planar and three-dimensional motion. A systematic approach, namely vector analysis and modeling procedure (VAMP), is introduced to precisely describe linear and angular positions, velocities, accelerations, forces, and torques for generating a set of equations of motion, without missing any terms. Other modeling of energy equations, momentum equations, impact of particles and rigid bodies, and Euler equations* are also addressed (*optional).
- Course ObjectiveNot only are students trained to have the ability of modeling dynamic systems in terms of equations of motion, but they are also experienced with engineering insight of physical laws
- Course RequirementCalculus
- Expected weekly study hours before and/or after class
- Office Hour
Please make appointment with TAs first for they are familiar with the solution steps of the selected problems. *This office hour requires an appointment - Designated Reading
- References《動力學: 從電影到工程力學》，台大出版社。
- Grading
30% Quizzes
There will be about 8 in-class quizzes from selected problems posted. The 2 lowest scores will be discarded when the semester grade is calcuated.
35% Midterm
Midterm exam. The exam is closed-book, but a 2-page A4-sized cheat sheet is allowed. Students can bring engineering calculators without programming functions.
35% Final
Final exam. The exam is closed-book, but a 2-page A4-sized cheat sheet is allowed. Students can bring engineering calculators without programming functions.
0% Bonus
Bonus up to 3% of the semester score is possible if the student take part in making animation and simulation for the course materials. Note the files will be used for future semesters.
- NTU recommends an upper limit of 20% for A+ grades. This is not a mandatory requirement. Instructors may adjust the percentage based on course requirements. Instructors teaching required courses are particularly encouraged to follow this guideline.
- NTU uses a letter grade system for assessment. The grade percentage ranges and the single-subject grade conversion table in the NATIONAL TAIWAN UNIVERSITY Regulations Governing Academic Grading are for reference only. Instructors may adjust the percentage ranges according to the grade definitions. For more information, see the Assessment for Learning Section。
- Adjustment methods for students
Adjustment Method Description A2 以錄影輔助
Assisted by video
D1 由師生雙方議定
Negotiated by both teachers and students
- Make-up Class Information
- Course Schedule
2/18Week 1 2/18 Ch. 1: Kinematics of particles: rectilinear motion 2/25Week 2 2/25 Ch. 1: Kinematics of particles: motion in different coordinates 3/4Week 3 3/4 Ch. 1: Kinematics of particles: motion in different coordinates 3/11Week 4 3/11 Ch. 2: Kinetics of particles: forces and acceleration 3/18Week 5 3/18 Ch. 2: Kinetics of particles: energy and momentum methods 3/25Week 6 3/25 Ch. 3: Kinetics of systems of particles 4/1Week 7 4/1 Ch. 3: Kinetics of systems of particles: steady mass flow and variable mass 4/8Week 8 4/8 Midterm 4/15Week 9 4/15 Ch. 4: Plane kinematics of rigid bodies: translation and rotation 4/25Week 10 4/25 Ch. 4: Plane kinematics of rigid bodies: general motion 4/29Week 11 4/29 Ch. 5: Plane kinetics of rigid bodies: forces and acceleration 5/6Week 12 5/6 Ch. 5: Plane kinetics of rigid bodies: energy and momentum methods 5/13Week 13 5/13 Ch. 5: Plane kinetics of rigid bodies: energy and momentum methods 5/20Week 14 5/20 Ch. 6: Introduction to three-dimensional dynamics 5/27Week 15 5/27 Lecture review 6/3Week 16 6/3 Final - To protect everyone's rights, please respect intellectual property rights and refrain from illegal photocopying.