First of a two-course design sequence constituting a capstone Current Course Description: design experience. Student multidisciplinary teams prepare a project proposal or SOQ, generate a morphological study of their project and prepare project plans and specifications. Project management methods are also presented. Completion of the ME Success Curriculum, ME 3010, ME 3170, and ME Prerequisites: 3360. Completion of the ME Success Curriculum, ME 3010 (or Proposed Prerequisites: concurrent enrollment), ME 3170, and ME/ESE/ARE 3360. Fall 2017 Proposed Term: Action: Approve ME 4150 MECHANICAL BEHAVIOR OF MATERIALS, 3 hr. Commonly encountered phenomenological and mechanistic Current Course Description: behaviors that lead to mechanical failure are examined. Understanding the origin of mechanical failure of components allows for robust design of mechanical systems. Metallic, polymeric, and ceramic materials are covered. Laboratory. Completion of the ME Success Curriculum, ME 3450. Prerequisites: Lecture w/Lab. Course Type: Commonly encountered phenomenological and mechanistic Proposed Course Description: behaviors that lead to mechanical failure are examined. Understanding the origin of mechanical failure of components allows for robust design of mechanical systems. Metallic, polymeric, and ceramic materials are covered. Lecture only. Proposed Course Type: Fall 2017 Proposed Term: Action: Approve PETE 3015 MULTICOMPONENT THERMODYNAMICS, 3 hr. Introduces mixture properties, such as chemical potentials, Current Course Description: excess properties, partial molar properties, heats of mixing, fugacities, and practical tools for estimating them from solution theories and equations of state. These tools and concepts are applied to phase and chemical equilibria. ES 2310 and concurrent enrollment in PETE 2060. Prerequisites: CHE 3015 Cross listed: ES 2310 and concurrent enrollment in PETE 2060. Students must Proposed Prerequisites: be a Petroleum Engineering major. Fall 2017 Proposed Term: Action: Approve PETE 3100 ROCK AND FLUIDS LAB, 3 hr.
Current Course Description: First of a two-course design sequence constituting a capstone design experience. Student multidisciplinary teams prepare a project proposal or SOQ, generate a morphological study of their project and prepare project plans and specifications. Project management methods are also presented. Prerequisites: Completion of the ME Success Curriculum, ME 3010, ME 3170, and ME 3360. Proposed Prerequisites: Completion of the ME Success Curriculum, ME 3010 (or concurrent enrollment), ME 3170, and ME/ESE/ARE 3360. Proposed Term: Fall 2017 Action: Approve ME 4150 MECHANICAL BEHAVIOR OF MATERIALS, 3 hr. Current Course Description: Commonly encountered phenomenological and mechanistic behaviors that lead to mechanical failure are examined. Understanding the origin of mechanical failure of components allows for robust design of mechanical systems. Metallic, polymeric, and ceramic materials are covered. Laboratory. Prerequisites: Completion of the ME Success Curriculum, ME 3450. Course Type: Lecture w/Lab. Proposed Course Description: Commonly encountered phenomenological and mechanistic behaviors that lead to mechanical failure are examined. Understanding the origin of mechanical failure of components allows for robust design of mechanical systems. Metallic, polymeric, and ceramic materials are covered. Proposed Course Type: Lecture only. Proposed Term: Fall 2017 Action: Approve PETE 3015 MULTICOMPONENT THERMODYNAMICS, 3 hr. Current Course Description: Introduces mixture properties, such as chemical potentials, excess properties, partial molar properties, heats of mixing, fugacities, and practical tools for estimating them from solution theories and equations of state. These tools and concepts are applied to phase and chemical equilibria. Prerequisites: ES 2310 and concurrent enrollment in PETE 2060. Cross listed: CHE 3015 Proposed Prerequisites: ES 2310 and concurrent enrollment in PETE 2060. Students must be a Petroleum Engineering major. Proposed Term: Fall 2017 Action: Approve PETE 3100 ROCK AND FLUIDS LAB, 3 hr.
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