ME960 APPLIED METALLURGY- Online PDF

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MODULE DESCRIPTION FORM

DEPARTMENT OF MECHANICAL AND AEROSPACE ENGINEERING

ME960 APPLIED METALLURGY- Online

Module Registrar: Dr A I Toumpis

athanasios.toumpis@strath.ac.uk

Taught To (Course): MSc Advanced Mechanical

Engineering (Distance Learning)

Other Lecturers Involved:

Credit Weighting: 10 Semester: 2 (Online Learning)

Optional class for MSc AME (Distance Learning)

only

Academic Level: 5

Suitable for Exchange: N

Required prerequisites

Note: It is the responsibility of ALL students to ensure that they satisfy the prerequisite knowledge for this

module BEFORE adding as part of curriculum selection. If unsure, please contact the Module Registrar or

discuss with your Programme/Year Adviser of Studies.

Fundamental Materials Science knowledge:

Basic understanding of the structure of materials

Prior knowledge of basic analytical principles for the deformation behaviour of metals and alloys, along with the ability

to employ fundamental stress, strain, modulus of elasticity and other equations.

Elementary knowledge of alloy equilibrium phase diagrams and of typical microstructures and phases in steel alloys

Basic engineering research skills:

Ability to research the engineering literature on a specified subject area and construct a short engineering report

Appreciation of the diverse resources available and of the methods to access them Basic competency in studying and summarising engineering journal papers Module Format and Delivery (HOURS i.e. 1 credit = 10hrs of study): Lecture Tutorial Laboratory Groupwork External Online Project Assignments Private Study Total

9 9 82 100

Educational Aim

This module aims to develop an understanding of the applied metallurgy of principal engineering alloys, to include

structure & properties of metals and alloys, metal extraction, diffusion theory, heat treatments, welding engineering and

typical degradation mechanisms.

Learning Outcomes

On completion of the module, the student is expected to:

LO1 Gain knowledge and understanding of applied metallurgy (structure, properties, application, etc.)

LO2 Develop skills in material selection and processes used for physical property manipulation LO3 Be able to apply the knowledge gained across a range of industrial sectors

Syllabus

The module will teach the following:

Introduction to the structure of metals, reviewing aspects such as crystal structure, mechanical properties,

crystal defects and their effects on alloy properties Application of metallurgical principles in the extraction and processing of iron and aluminium Theory of diffusion and the phenomenon of mass transport for heat treatments Phase diagrams (equilibrium and non-equilibrium conditions), focusing on steel phase transformations Heat treatments, primarily for steel alloys; hardening, softening and conditioning

Welding engineering

Corrosion science, including theory and practice, corrosion protection, etc.

Assessment of Learning Outcomes

Criteria

For each of the Module Learning Outcomes the following criteria will be used to make judgements on student learning:

LO1 Gain knowledge and understanding of applied metallurgy C1 Exhibit knowledge of fundamental materials science over a range of common engineering alloys C2 Demonstrate understanding of heat treatments, corrosion science and welding engineering LO2 Develop skills in material selection and processes used for physical property manipulation C1 Demonstrate understanding and application of material selection principles C2 Evidence competence in applying advanced strategies for material and process selection LO3 Be able to apply knowledge across several industrial sectors C1 Present understanding of diverse heat treatment processes within an industrial context C2 Exhibit knowledge of the degradation phenomena influencing a variety of engineering materials

The standards set for each criterion per Module Learning Outcome to achieve a pass grade are indicated on the

assessment sheet for all assessment.

Principles of Assessment and Feedback

(within Assessment and Feedback Policy at: https://www.strath.ac.uk/professionalservices/staff/policies/academic/)

Deliver high quality feedback information that helps learners self-correct.

Students are invited and actively encouraged to contact staff using the Myplace forum or by email with any module-

related questions upon which specific formative feedback will be provided, including advice on style and

expectations. Ensure that summative assessment has a positive impact on learning.

The open book nature of the exam encourages students to read and research widely in preparation of their written

answers. Give choice in the topic, method, criteria, weighting or timing of assessments.

The Myplace activities and the online exam offer a 3-week submission window, allowing students to schedule their

coursework around employment-related commitments. Assessment Method(s) Including Percentage Breakdown and Duration of Exams (individual weightings)

Examination Coursework Practical Project

Number Month(s) Duration Weighting Number Weighting Number Weighting Number Weighting

1 (DL) 85% 5 (DL) 15%

* LO1-LO3

* L/Os: Indicate which Learning Outcomes (L01, L02, etc) are to be assessed by exam/coursework/practical/project as required.

Coursework / Submission deadlines (academic weeks):

Knowledge consolidating multiple choice quizzes during the semester (5 untimed quizzes x 3 marks each = 15% of

total mark)

Online exam-style coursework released in wk11 (March) with a submission date prior to the April/May exam diet

Resit Assessment Procedures:

Submission of alternate ^^coursework prior to commencement of the August exam diet.

^^Students must contact the module Registrar for coursework details as soon as they know that they are

required to resit this class.

PLEASE NOTE:

Students must gain a summative mark of 50% to pass the module. Students who fail the module at the first

attempt will be re-assessed before the August diet. This re-assessment will consist entirely of coursework. No

marks from any previous attempts will be transferred to a new resit attempt.

Additional Student Feedback

(Please specify details of when additional feedback will be provided)

Date Time Room No

Email to arrange

Session: 2022/23

Approved:

Course Director Signature: Olga Ganilova

Date of Last Modifications: 31/08/22

(Updated June 2022-MAE)

MODULE TIMETABLE

Module Code:

ME960

Module Title:

Applied Metallurgy

Brief Description of Assessment:

Knowledge consolidating multiple choice quizzes (5 untimed quizzes) Online exam-style coursework released in wk11 with a submission date before the April/May exam diet

Assessment Timing

Indicated on the table below are the start/submission dates for each assignment/project and the timing of each exam/assessment.

Dropdowns may be left blank. Add extra notes below the dropdowns where relevant. Please note: Timings can and will change, this should only be used as a guide.

Semester

W&D Wk WK1 WK2 WK3 WK4 WK5 WK6 WK7 WK8 WK9 WK10 WK11

Coursework

Submit

(Online exam style submission before exam diet)quotesdbs_dbs21.pdfusesText_27

[PDF] ME960 APPLIED METALLURGY- Online

MODULE DESCRIPTION FORM

ME960 APPLIED METALLURGY- Online

Module Registrar: Dr A I Toumpis

Taught To (Course): MSc Advanced Mechanical

Engineering (Distance Learning)

Other Lecturers Involved:

Optional class for MSc AME (Distance Learning)

Academic Level: 5

Suitable for Exchange: N

Required prerequisites

Fundamental Materials Science knowledge:

Basic understanding of the structure of materials

Basic engineering research skills:

9 9 82 100

Educational Aim

Learning Outcomes

Syllabus

The module will teach the following:

Welding engineering

Assessment of Learning Outcomes

Criteria

Principles of Assessment and Feedback

Examination Coursework Practical Project

1 (DL) 85% 5 (DL) 15%

Resit Assessment Procedures:

PLEASE NOTE:

Recommended Reading

Additional Student Feedback

Date Time Room No

Email to arrange

Session: 2022/23

Approved:

Course Director Signature: Olga Ganilova

Date of Last Modifications: 31/08/22

MODULE TIMETABLE

Module Code:

Module Title:

Applied Metallurgy

Brief Description of Assessment:

Assessment Timing

Semester

Exam Period

One Choose

Choose

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Semester

Exam Period

Two Choose

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Online

Online

Online

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Online