Course Number: RET 122 Course Title: Mechanical Power II
Transcript Title:Mechanical Power II Credit Hours: 5 Lecture Hours: 40
Lecture / Lab Hours:
Lab Hours: 30
Prerequisites: RET 120, EET 112 Grading Options:
Second course in digital electronics presents sequential circuit elements (latches and D/JK flip-flops) with applications including counters, registers, and shift registers. Sequential network analysis and synthesis are covered including the use of state tables and state diagrams. Introduces sampling and the Nyquist Sampling Theorem including introductory coverage of analog-to-digital converters (ADC) and digital-to-analog converters (DAC). Includes a 3-hour per week laboratory. Prerequisites: RET 120, EET 112
Upon finishing this course, students will:
be prepared to work in the power generation field understanding the process of power generation and the assembly, maintenance and operation of the machinery.
be knowledgeable about safety processes and procedures and be prepared to work safely around
cranes and other heavy machinery.
be prepared to work safely alone and within a team on power generation projects.
Outcome Assessment Strategies:
Evaluation is done by midterm and final exams, quality of lab work and of a term project.
Text & Materials: (suggested and/or required)
• Smith, Jamie C., Ed., 2006, Fundamentals of Technology: Principles of Mechanisms, Version
4.01. TII Technical Educational Systems, Mundelein, IL.
• A custom textbook will also be created consisting of selected chapters and articles from journal,
manual, textbook, and Web resources, copied with publishers’ permission.
Course Activities & Design:
Course Content (Themes, Concepts, Issues, and Skills):
• How to assemble a scale model of a functioning wind turbine.
• Principles and logistics of cranes and rigging.
o Center of gravity of crane-load systems.
o Lever principles as applied to crane and load:
o Wind loading.
o Blocking, outriggers.
o Maintaining clearance of power lines.
Converting between US Standard Weight System to metric weight system.
• Load edge related to sling.
• Types and characteristics.
• Hardware and correct use of lifting capacity.
o Eyebolts and hoist rings.
• Sling inspections and safe handling.
Types of hitches and lifting capacities.
Wire rope, synthetic web, and round slings.
• Inspection and removal.
• Capacity loss.
• Crane safety.
• Mechanical alignment:
Pipes with flange alignment.
Shaft-to-shaft alignment procedures.
Two 3” pipes with flange alignment.
Types of misalignment.
Preparation of driver and driver unit.
Bearings — types, float, installation best practices.