This course provides students with basic knowledge about the behaviour and characteristics of common engineering materials and gives them an introduction to basic refining processes. This is important for understanding materials and fabrication methods for the design and manufacture of parts for durable service in the marine environment.
Production of Steel and Other Metals; Identification of Metals; Physical and Mechanical Properties of Metals; Structure of Metals; Phase Diagrams; Heat Treating; Non-Metal Materials; Adhesives, Ceramics, and Wood.
Prerequisites - SC 1807 (Safety in Science Lab (Lab Safety)) and SC 1808 (WHMIS)
Duration - 5 weeks
Lectures - 6 hours per week = 30 hours total
Laboratories - 2 hours per week = 10 hours total
This course is an introduction to the analysis of stresses in load bearing structural members.
Concepts of stress, strain and elasticity are applied to elementary systems of normal, shear and bending stress in order to give students an understanding of one of the fundamental building blocks upon which all engineering designs are based.
Basic Stress Systems; Strain and Elasticity; Mechanical Properties of Materials; Shear Force and Bending Moments; Stress Due to Bending; Torsional Shearing Stress; Statically Indeterminate Systems.
Prerequisites - MATH 1101 (Introduction to Calculus); MECH 2102 (Mechanics); SC 1807 (Safety in Science Lab (Lab Safety)) and SC 1808 (WHMIS)
Duration - 13 weeks
Lectures - 3 hours/week = 39 hours total
Laboratories - 2 hours/week every second week = 12 hours total
This course provides students with knowledge about the behaviour and characteristics of common engineering materials and gives them an understanding of basic industrial processes.
This background will enable students to select suitable materials and fabrication methods for the design and manufacture of parts to ensure successful service.
Production of Steel and Other Metals; Identification of Metals; Physical and Mechanical Properties of Metals; Structure of Metals; Phase Diagrams; Heat Treating; Plastics; Adhesive, Ceramics, and Wood.
Prerequisite - CHEM 1100 (Chemistry); SC 1807 (Safety in Science Lab (Lab Safety)) and SC 1808 (WHMIS)
Duration - 6 weeks
Lectures - 6 hours/week = 36 hours total
Laboratories - 2 hours/week for 5 weeks = 10 hours total
OR
Duration - 13 weeks
Lectures - 3 hours/week = 39 hours total
Laboratories - 2 hours/week for 5 weeks = 10 hours total
This course is an introduction to the analysis of stresses in load bearing structural members.
Concepts of stress, strain and elasticity are applied to elementary systems of normal, shear and bending stress in order to give students an understanding of one of the fundamental building blocks upon which all engineering designs are based.
Basic Stress Systems; Strain and Elasticity; Mechanical Properties of Materials; Shear Force and Bending Moments; Stress due to Bending; Torsional Shearing Stress; Statically Indeterminate Systems.
Prerequisite - MATH 1105 (Introduction to Calculus) or MATH 1214 (MENG Mathematics); MECH2111 (Statics and Dynamics); SC 1807 (Safety in Science Lab (Lab Safety)) and SC 1808 (WHMIS)
Duration - 13 weeks total, excluding final examination
Lectures - 3 hours/week = 39 hours total
Laboratories - 1 hour/ week = 13 hours total
This second Strength of Materials course expands on previously studied concepts of simple stress, strain and elasticity, and provides a basis for elementary calculations in engineering design.
Strain Energy, Impact Loads; Combined Bending and Direct Stresses; Bolted, Riveted and Welded Joints; Deflection of Beams; Columns; Complex Stress and Strain Systems.
Prerequisite - MTPR 2100 (Strength of Materials); SC 1807 (Safety in Science Lab (Lab Safety)) and SC 1808 (WHMIS)
Duration - 13 weeks
Lectures - 3 hours/week
Laboratories - 2 hours/week
This second Strength of Materials course expands on previously studied concepts of simple stress, strain and elasticity, and provides a basis for elementary calculations in engineering design.
Strain Energy, Impact Loads; Combined Bending and Direct Stresses; Bolted, Riveted and Welded Joints; Deflection of Beams; Columns; Complex Stress and Strain Systems.
Prerequisite - MTPR 2108 (Strength of Materials); SC 1807 (Safety in Science Lab (Lab Safety)) and SC 1808 (WHMIS)
Duration - 13 weeks
Lectures - 3 hours/week = 39 hours
Laboratories - 2 hour/week = 26 hours
This advanced course in Strength of Materials extends on the application of fundamental principles presented in Strength of Materials 2100 and Strength of Materials 3100.
This course is intended to familiarize students with elements of structural design and machine component design often observed aboard ships.
Calculation Sheets; Design Morphology; Evaluation of Criteria and Constraints; Problem Analysis; Design Considerations; Codes and Standards; Precision and Rounding of Dimensions.
Prerequisite - MTPR 3100 (Strength of Materials)
Duration - 6 weeks
Lectures - 5 hours/week = 30 hours total