ประเภท: Miscellaneous
ผลการค้นหา: 3322
Prerequisite : 105101 Physics I
Basic concepts. Thermodynamic properties, temperature, work and heat. First law. Second law, irreversibilities and entropy. Availability. Tables and charts of properties. Analyses of thermodynamic processes and cycles. Vapor and gas power cycles.
Learning outcomes
This course provides basic concepts of Thermodynamics. Student will be able to describe the basic concepts of Thermodynamics. Student will be able to determine properties of pure substances at different states from property tables. Student will be able to apply the first law of thermodynamics to analyze energy conversion in closed and open systems. Student will be able to apply the second law of thermodynamics and the Carnot cycle to evaluate the thermal efficiency and coefficients of performance for heat engines, refrigerators, and heat pumps. Student will be able to calculate the entropy changes that takes place during processes.
ENG85 2110 Mechanics of Materials I 3(3-0-6)
Prerequisite: ENG85 2030
Engineering Statics Forces and stresses; stress-strain relations; stresses in beams; shear diagram and moment diagram; deflection of beams; buckling of columns; Mohr’s circle and combined stresses; failure criteria.
Course Learning Outcomes (CLOs)
- Define solution procedures and methods by applying knowledge of mathematics, science and fundamental engineering in analysis and design of structures and structural members in Mechanics of Materials.
- Find appropriate problem solutions within reasonable constraints by applying the concept of free-body diagram, equations of equilibrium and mathematics in Mechanics of Materials problems.
Philosophy of design, material properties, design of simplification machine components, stress - strain and deflection in machine components under loading, failure theories, design of machine elements under loading, design of machine elements: shaft and shaft components, screws and fasteners, case study of machine design
ENG85 3031 Aircraft Structures 3(2-3-7)
Prerequisite: ENG85 2110 Mechanics of Materials I
The principles of deformation; stress and strain in materials; properties of materials; stress and strain relations; analysis of simple mechanical elements subjected bending shear and torsion; theories of failure; analysis of plate connection; principles of stressed skin analysis; analysis of the opened and closed thin-walled tubes; stress analysis of aircraft components including wing spars, box beams, fuselage and others.
Course Learning Outcomes (CLOs)
1. Understand the preliminary structure analysis and failure criteria;
2. Describe the failure parameters of structural analysis;
3. Understand limitations and range of applicability of mechanical and aircraft structural analysis;
4. Describe the plate theory; calculate deflections in thin plates and stress distribution;
5. Analyze for an outline suitable thin wall tube, wing, fuselage and features of mechanical parts or aircraft structural parts that will satisfy requirements or that appropriate to an action.
ประเภท: Miscellaneous