ผลการค้นหา: 924
Engineering Materials II (Ceramic Engineering) 1/2566
Course Outline
Structure and properties of ceramic materials; Conventional and advanced ceramic; Ceramic processing and engineering applications of ceramics; Polymer as an engineering material, Polymer blends, Polymer composites, Chain structure of polymers, Mechanical and thermal properties of polymers, Polymerization, Polymer processing, Polymer degradations; Polymeric and Ceramic Materials for engineering application.
Course Learning outcomes
CLO1: Students are able to describe basic properties of polymeric and ceramic materials.
CLO2: Students are able to relate structure and properties of polymeric and ceramic materials.
CLO3: Students are able to explain the materials processing techniques.
CLO4: Students are capable of select appropriate materials for the desired basic engineering applications.
Structure and properties of ceramic materials; Conventional and advanced ceramic; Ceramic processing and engineering applications of ceramics; Polymer as an engineering material, Polymer blends, Polymer composites, Chain structure of polymers, Mechanical and thermal properties of polymers, Polymerization, Polymer processing, Polymer degradations; Polymeric and Ceramic Materials for engineering applications.
Learning outcomes
- Students are able to describe basic properties of polymeric and ceramic materials.
- Students are able to relate structure and properties of polymeric and ceramic materials.
- Students are able to explain the materials processing techniques.
- Students are capable of select appropriate materials for the desired basic engineering applications.
Structure and properties of ceramic materials; Conventional and advanced ceramic; Ceramic processing and engineering applications of ceramics; Polymer as an engineering material, Polymer blends, Polymer composites, Chain structure of polymers, Mechanical and thermal properties of polymers, Polymerization, Polymer processing, Polymer degradations; Polymeric and Ceramic Materials for engineering application.
This course is for student who had enrolled, attended lectures and took all the exams, but failed, 583305 in 1/2023. As a result, there will not be regular lectures but there will be online assignments and feedback provision throughout this trimester.
Course evaluation
1. Assignments via SUT e-learning (20%)
2. 3 Exams
- Exam 1 : Saturday 16 December 2023 9.00 am 12.00 (noon) (25%)
- Exam 2 : Saturday 13 January 2024 9.00 am 12.00 (noon) (25%)
- Exam 3 : Saturday 3 February 2024 9.00 am 12.00 (noon) (30%)
585310 Computer Aided Engineering I 2 (1-3-5)
Prerequisites : 585202 Mechanical Engineering Mathematics II and 585303 Machine Design
Course Description :
Use of computer for design and analysis of mechanical engineering problems. Physical modeling and simulations of mechanical engineering problems and related applications. Specifications of boundary conditions and initial conditions, verification of simulated results.
Learning outcomes :
Student will be able to create physical models which correspond to engineering problems. Student will be able to identify errors that may occur in simulations. Student will be able to use computer to design and analyze engineering problems correctly.
585340 Mechanical Engineering Laboratory I 1(0-3-3)
Prerequisites : 582211 Mechanics of Materials 585204, Thermodynamics I and 585207 Fluid Mechanics
Course Discription :
Experiments in instrumentation and measurement for mechanical engineers such as pressure, fluid flow, temperature, displacement, force, and strain; experiments in material testing, fluid mechanics, and thermodynamics, interpretation of experimental data,technical report writing.
Learning outcomes :
After the course, the students should be able to:
- Select and use appropriate measuring devices and techniques commonly used in mechanical engineering systems.
- Conduct experiments in material testing, fluid mechanics, and thermodynamics, as well as analyze and interpret data.
- Demonstrate technical writing skills.
- Develop work habits those are necessary for effective collaboration with other students.
