Discipline ID
bf91b86a-62db-4996-b583-29c1ffe6e71e
COURSE DETAIL
DYNAMICS
Country
Korea, South
Host Institution
Yonsei University
Program(s)
Yonsei University
UCEAP Course Level
Upper Division
UCEAP Subject Area(s)
Mechanical Engineering
UCEAP Course Number
108
UCEAP Course Suffix
UCEAP Official Title
DYNAMICS
UCEAP Transcript Title
DYNAMICS
UCEAP Quarter Units
4.50
UCEAP Semester Units
3.00
Course Description
This course is an introduction to dynamics. Topics to be covered include kinematics/kinetics of particles, systems of particles, and rigid bodies, Rectilinear motion, Plane curvilinear motion,Relative motion in a plane, Linear impulse and momentum, Angular impulse and momentum, Rotation about a fixed axis, Relative velocity, Relative acceleration, Motion relative to rotating axes, Plane Kinetics of Rigid Bodies: Force, Mass, and Acceleration and Three-Dimensional Dynamics of Rigid Bodies: Kinematics.
Prerequisite: MEU2630 Mechanism Design
Language(s) of Instruction
English
Host Institution Course Number
MEU2650
Host Institution Course Title
DYNAMICS
Host Institution Campus
Host Institution Faculty
Host Institution Degree
Host Institution Department
Mechanical Engineering
COURSE DETAIL
GEOMETRIC DIMENSIONING AND TOLERANCING FOR MANUFACTURING
Country
Germany
Host Institution
Technical University Berlin
Program(s)
Technical University Summer
UCEAP Course Level
Upper Division
UCEAP Subject Area(s)
Mechanical Engineering
UCEAP Course Number
115
UCEAP Course Suffix
UCEAP Official Title
GEOMETRIC DIMENSIONING AND TOLERANCING FOR MANUFACTURING
UCEAP Transcript Title
DIMENSION&TOLERANCE
UCEAP Quarter Units
4.00
UCEAP Semester Units
2.70
Course Description
This course covers the fundamentals of Geometric Dimensioning and Tolerancing (GD&T) and delves into some of the practical implications and effects that drawing notations have on actual production parts. This course covers the following: methods for determining tolerances and manufacturing precision; pros and cons of using GD&T to specify dimensions and tolerances of parts and/or assemblies; general understanding of how to dimension a part and assembly drawing with GD&T; knowledge of how GD&T usage affects part production and assembly. The course is comprised of four lecture days per week consisting of traditional classroom instruction intermixed with faculty-accompanied engineering tours. Students receive a more in-depth practical overview of GD&T and have opportunity to see the effects of tolerance selection in person. Faculty-led discussions and group assignments/projects help to reinforce the topics covered. Tours on this course include the BMW Plant and a tour of Berlin. Students need a laptop computer with current versions of Microsoft Word, Excel, and PowerPoint, or equivalent software, to complete course assignments. Additionally, students should have taken classes in: Calculus, Physics, Any engineering drawing/CAD course.
Language(s) of Instruction
English
Host Institution Course Number
Host Institution Course Title
GEOMETRIC DIMENSIONING AND TOLERANCING FOR MANUFACTURING
Host Institution Campus
TUBS
Host Institution Faculty
Host Institution Degree
Host Institution Department
COURSE DETAIL
THERMOFLUIDS 1
Country
South Africa
Host Institution
University of Cape Town
Program(s)
University of Cape Town
UCEAP Course Level
Upper Division
UCEAP Subject Area(s)
Mechanical Engineering
UCEAP Course Number
106
UCEAP Course Suffix
UCEAP Official Title
THERMOFLUIDS 1
UCEAP Transcript Title
THERMOFLUIDS 1
UCEAP Quarter Units
5.00
UCEAP Semester Units
3.30
Course Description
This course introduces students to the fundamentals of thermodynamic and fluid mechanic sciences in an integrated manner. Students examine fundamental concepts and definitions, as well as fluid properties and their relationships. Students also learn about the fundamental heat transfer mechanisms and become familiar with the 4 basic conservation laws. Students apply these to selected continuity problems, closed system problems, entropy problems as well as fluid statics and momentum problems, to familiarize themselves with the presented concepts and further their problem solving skills.
Language(s) of Instruction
English
Host Institution Course Number
MEC2050S
Host Institution Course Title
THERMOFLUIDS 1
Host Institution Campus
Engineering
Host Institution Faculty
Host Institution Degree
Host Institution Department
Mechanical Engineering
COURSE DETAIL
FINITE ELEMENT METHOD
Country
Korea, South
Host Institution
Korea University
Program(s)
Korea University
UCEAP Course Level
Upper Division
UCEAP Subject Area(s)
Mechanical Engineering
UCEAP Course Number
114
UCEAP Course Suffix
UCEAP Official Title
FINITE ELEMENT METHOD
UCEAP Transcript Title
FINITE ELEMENT MTHD
UCEAP Quarter Units
4.50
UCEAP Semester Units
3.00
Course Description
This course covers the fundamentals of finite element analysis of solids, structures, and dynamics. This includes the theoretical foundations, physical insights of them, and appropriate use of finite element methods. The course also covers how to write a simple MATLAB code for basic finite element analysis.
Language(s) of Instruction
English
Host Institution Course Number
MECH334
Host Institution Course Title
FINITE ELEMENT METHOD
Host Institution Campus
Host Institution Faculty
Host Institution Degree
Host Institution Department
Mechanical Engineering
COURSE DETAIL
CARDIOVASCULAR BIOENGINEERING
Country
Taiwan
Host Institution
National Taiwan University
Program(s)
National Taiwan University
UCEAP Course Level
Upper Division
UCEAP Subject Area(s)
Mechanical Engineering
UCEAP Course Number
103
UCEAP Course Suffix
UCEAP Official Title
CARDIOVASCULAR BIOENGINEERING
UCEAP Transcript Title
CARDIOVSCL BIOENGR
UCEAP Quarter Units
4.50
UCEAP Semester Units
3.00
Course Description
This course offers a study on the development of bioengineering principles applied to the cardiovascular system. This course covers: the anatomy of the human cardiovascular system; cardiovascular and neurovascular diseases; diagnostic tools and treatment strategies; cardiovascular medical devices; biofluid mechanics, and biomaterial behavior.
Language(s) of Instruction
English
Host Institution Course Number
ME5290
Host Institution Course Title
CARDIOVASCULAR BIOENGINEERING
Host Institution Campus
Host Institution Faculty
Host Institution Degree
Host Institution Department
Mechanical Engineering
COURSE DETAIL
Lightweight Structures I
Country
Germany
Host Institution
Technical University Berlin
Program(s)
Technical University Summer,Technical University Berlin
UCEAP Course Level
Upper Division
UCEAP Subject Area(s)
Mechanical Engineering
Engineering
UCEAP Course Number
111
UCEAP Course Suffix
UCEAP Official Title
Lightweight Structures I
UCEAP Transcript Title
LGHTWEIGHT STRUCT I
UCEAP Quarter Units
5.50
UCEAP Semester Units
3.70
Course Description
This course teaches the concepts of the behavior, structure, problems, modeling, materials and the forms of failure of lightweight structures. Students analyze lightweight structures, understand designs, and predict behavior responses of certain structures. The course utilizes several examples relating to aircraft structures to teach the concepts.
Language(s) of Instruction
German
Host Institution Course Number
3534 L 216
Host Institution Course Title
Lightweight Structures I
Host Institution Campus
Host Institution Faculty
Host Institution Degree
Host Institution Department
Institut für Luft- und Raumfahrt
COURSE DETAIL
MECHANISM DESIGN
Country
Korea, South
Host Institution
Yonsei University
Program(s)
Yonsei University
UCEAP Course Level
Upper Division
UCEAP Subject Area(s)
Mechanical Engineering
UCEAP Course Number
126
UCEAP Course Suffix
UCEAP Official Title
MECHANISM DESIGN
UCEAP Transcript Title
MECHANISM DESIGN
UCEAP Quarter Units
4.50
UCEAP Semester Units
3.00
Course Description
Every moving mechanical system is composed of mechanism components, which are, for example, link, cam, and gear. In this course, students learn the skills to analyze the motion of such components. Students also learn how to synthesize mechanisms in order to make desired motions. Finally, students complete term projects so as to have hands-on experiences. Topics include kinematics fundamentals, position analysis, velocity analysis, acceleration analysis, cam design, gear trains, graphical linkage synthesis, and analytical linkage synthesis. Textbook: Robert L. Norton "KINEMATICS AND DYNAMICS OF MACHINERY" Assessment: Midterm exam (30%), Final exam (40%), Homework and project (20%), Participation (10%)
Language(s) of Instruction
English
Host Institution Course Number
MEU2630
Host Institution Course Title
MECHANISM DESIGN
Host Institution Campus
Host Institution Faculty
Host Institution Degree
Host Institution Department
Mechanical Engineering
COURSE DETAIL
APPLIED THERMODYNAMICS (MECHANICAL)
Country
United Kingdom - England
Host Institution
University of Manchester
Program(s)
English Universities,University of Manchester
UCEAP Course Level
Upper Division
UCEAP Subject Area(s)
Mechanical Engineering
UCEAP Course Number
116
UCEAP Course Suffix
UCEAP Official Title
APPLIED THERMODYNAMICS (MECHANICAL)
UCEAP Transcript Title
APPL THERMODYN/MECH
UCEAP Quarter Units
4.00
UCEAP Semester Units
2.70
Course Description
This course explores steam turbine and gas turbine power systems such as road transportation, buses, aircraft, ships, refrigeration, and air conditioning. Students analyze them in terms of their cycle representations, thermodynamic efficiencies, work/heat inputs/outputs, fuel consumptions, etc. These analyses include the heat input to these systems which comes from internal combustion of fuel in air.
Language(s) of Instruction
English
Host Institution Course Number
MACE20035
Host Institution Course Title
APPLIED THERMODYNAMICS (MECHANICAL)
Host Institution Campus
University of Manchester
Host Institution Faculty
Host Institution Degree
Host Institution Department
Mechanical, Aerospace and Civil Engineering
COURSE DETAIL
FLUID MECHANICS
Country
Korea, South
Host Institution
Seoul National University
Program(s)
Seoul National University
UCEAP Course Level
Upper Division
UCEAP Subject Area(s)
Mechanical Engineering
UCEAP Course Number
150
UCEAP Course Suffix
UCEAP Official Title
FLUID MECHANICS
UCEAP Transcript Title
FLUID MECHANICS
UCEAP Quarter Units
4.50
UCEAP Semester Units
3.00
Course Description
This course introduces basic fluid dynamic concepts including fluid mechanics and their practical applications to several flow systems. Course topics include the characteristics of fluid, hydrostatics, mass and momentum conservation laws, dimensional analysis, and internal flows.
Language(s) of Instruction
English
Host Institution Course Number
M2794.001300
Host Institution Course Title
FLUID MECHANICS
Host Institution Campus
Host Institution Faculty
Host Institution Degree
Host Institution Department
Mechanical Engineering
COURSE DETAIL
VIBRATION
Country
Taiwan
Host Institution
National Taiwan University
Program(s)
National Taiwan University
UCEAP Course Level
Upper Division
UCEAP Subject Area(s)
Mechanical Engineering
UCEAP Course Number
129
UCEAP Course Suffix
UCEAP Official Title
VIBRATION
UCEAP Transcript Title
VIBRATION
UCEAP Quarter Units
4.50
UCEAP Semester Units
3.00
Course Description
This course introduces vibrational studies through the study of discrete systems, basic principles and their applications, and extended to continuous systems. The course contains the system simulation, the dynamic characteristics of the points, analysis, natural frequency, modal processing and application, continuous system vibration analysis, and the application of vibration.
Language(s) of Instruction
Chinese
Host Institution Course Number
ME5129
Host Institution Course Title
VIBRATION
Host Institution Campus
Host Institution Faculty
Host Institution Degree
Host Institution Department
Mechanical Engineering