ENER360
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Mechanics of Materials for Energy Engineering
Schulich School of Engineering
EN - Schulich School of Engineering
Subject
ENER - Energy Engineering
Description
Internal forces in trusses, beams, shafts, frames and machines. Axial-force, shear-force, bending-moment and internal-torque diagrams. The concept of stress. Normal and shear components in a co-ordinate system. The concept of strain and its components. Stress-strain relations. Elasticity. Hooke's law and its generalization. Stress and deformation of uniaxially loaded members. Stress and deformation in the torsion of shafts of a circular cross section. Stress and deformation in transversely loaded beams of a symmetric cross section. General analysis of plane stress. Principal stresses. Mohr's circle. Stress in structures subjected to combine loading.
Prerequisite(s): Energy Engineering 260 and admission to the BSc Energy Engineering program.
Prerequisite(s): Energy Engineering 260 and admission to the BSc Energy Engineering program.
Course Attributes
Fee Rate Group(Domestic) - D, Fee Rate Group(International) -C, GFC Hours (3-2T-2)
Courses may consist of a Lecture, Lab, Tutorial, and/or Seminar. Students will be required to register in each component that is required for the course as indicated in the schedule of classes. Practicums, internships or other experiential learning modalities are typically indicated as a Lab component.
Component
LAB
Component
LEC
Component
TUT
Units
3
Repeat for Credit
No
Subject code
ENER
Understanding Course Information
Please refer to Course Terminology and Description to better understand how to interpret course information such as GFC hours, prerequisites, course levels, etc.
Note that not all courses are offered every term or every year. Please refer to the Schedule of Classes or Schedule Builder to see active class offerings.