Advanced Quality Concepts: Trainers Guide
Trainers Guide. This unit is designed to help you meet the requirements of the module Advanced Quality Concepts. It has the following learning outcomes: Discuss the importance of quality, basic concepts of quality management and quality improvement and the links with productivity, economic advantage and standard of living. Discuss the characteristics and practices of customer focussed organisations. Identify and discuss various quality improvement models and apply quality improvement tools. Iden
Oral presentations handout
This is a handout for an oral presentations workshop for engineering students. The resource accompanies a powerpoint and is part of a workshop programme on 'Key Skills for Engineering Undergraduates'.
This open educational resource was released through the Higher Education Academy Engineering Subject Centre Open Engineering Resources Pilot project. The project was funded by HEFCE and the JISC/HE Academy UKOER programme.
Technical report writing workshop
This is a powerpoint presentation for a technical report writing workshop for engineering students. The resource accompanies a text document and is part of a workshop programme on 'Key Skills for Engineering Undergraduates'.
This open educational resource was released through the Higher Education Academy Engineering Subject Centre Open Engineering Resources Pilot project. The project was funded by HEFCE and the JISC/HE Academy UKOER programme.
Writing a literature review handout
This is a handout document for a literature review workshop for engineering students. The resource accompanies a powerpoint presentation and is part of a workshop programme on 'Key Skills for Engineering Undergraduates'.
This open educational resource was released through the Higher Education Academy Engineering Subject Centre Open Engineering Resources Pilot project. The project was funded by HEFCE and the JISC/HE Academy UKOER programme.
Preparing for placement workshop presentation
This is a powerpoint presentation for a preparing for placement workshop for engineering students. The resource accompanies a text document and is part of a workshop programme on 'Key Skills for Engineering Undergraduates'.
This open educational resource was released through the Higher Education Academy Engineering Subject Centre Open Engineering Resources Pilot project. The project was funded by HEFCE and the JISC/HE Academy UKOER programme.
Preparing for placement workshop handout
This is a handout for a preparing for placement workshop for engineering students. The resource accompanies a powerpoint presentation and is part of a workshop programme on 'Key Skills for Engineering Undergraduates'.
This open educational resource was released through the Higher Education Academy Engineering Subject Centre Open Engineering Resources Pilot project. The project was funded by HEFCE and the JISC/HE Academy UKOER programme.
TALAT Lecture 2702: Hoistable Deck for Ferries
This lecture describes as an example for the structural use of aluminium extrusions the design of a hoistable car deck for ferries and it demonstrates the advantage of the light-weight aluminium extrusion design. Basic knowledge of structural engineering and extrusion design; and some familiarity with TALAT lectures no. 1302, 1501, 2200, 2300 and 2400 is assumed.
Cast iron with magnesium induced spheroidised graphite
Cast iron is a brittle material and it is advantageous to process it in such a way to improve its ductility. The brittleness is partially due to the graphite flakes which act as nucleation sites for cracks. Therefore it is an advantage to have the graphite present as spheres. This can be achieved by a heat treatment regime or by the addition of a small amount of Mg which poisons the graphite growth directions.
Cast iron with magnesium induced spheroidised graphite
Cast iron is a brittle material and it is advantageous to process it in such a way to improve its ductility. The brittleness is partially due to the graphite flakes which act as nucleation sites for cracks. Therefore it is an advantage to have the graphite present as spheres. This can be achieved by a heat treatment regime or by the addition of a small amount of Mg which poisons the graphite growth directions.
Cast iron with magnesium induced spheroidised graphite
Cast iron is a brittle material and it is advantageous to process it in such a way to improve its ductility. The brittleness is partially due to the graphite flakes which act as nucleation sites for cracks. Therefore it is an advantage to have the graphite present as spheres. This can be achieved by a heat treatment regime or by the addition of a small amount of Mg which poisons the graphite growth directions.
Cast iron with magnesium induced spheroidised graphite
Cast iron is a brittle material and it is advantageous to process it in such a way to improve its ductility. The brittleness is partially due to the graphite flakes which act as nucleation sites for cracks. Therefore it is an advantage to have the graphite present as spheres. This can be achieved by a heat treatment regime or by the addition of a small amount of Mg which poisons the graphite growth directions.
Cast iron with magnesium induced spheroidised graphite
Cast iron is a brittle material and it is advantageous to process it in such a way to improve its ductility. The brittleness is partially due to the graphite flakes which act as nucleation sites for cracks. Therefore it is an advantage to have the graphite present as spheres. This can be achieved by a heat treatment regime or by the addition of a small amount of Mg which poisons the graphite growth directions.
Cast iron with magnesium induced spheroidised graphite
Cast iron is a brittle material and it is advantageous to process it in such a way to improve its ductility. The brittleness is partially due to the graphite flakes which act as nucleation sites for cracks. Therefore it is an advantage to have the graphite present as spheres. This can be achieved by a heat treatment regime or by the addition of a small amount of Mg which poisons the graphite growth directions.
Cast iron with magnesium induced spheroidised graphite
Cast iron is a brittle material and it is advantageous to process it in such a way to improve its ductility. The brittleness is partially due to the graphite flakes which act as nucleation sites for cracks. Therefore it is an advantage to have the graphite present as spheres. This can be achieved by a heat treatment regime or by the addition of a small amount of Mg which poisons the graphite growth directions.
Cast iron with magnesium induced spheroidised graphite
Cast iron is a brittle material and it is advantageous to process it in such a way to improve its ductility. The brittleness is partially due to the graphite flakes which act as nucleation sites for cracks. Therefore it is an advantage to have the graphite present as spheres. This can be achieved by a heat treatment regime or by the addition of a small amount of Mg which poisons the graphite growth directions.
Cast iron with magnesium induced spheroidised graphite
Cast iron is a brittle material and it is advantageous to process it in such a way to improve its ductility. The brittleness is partially due to the graphite flakes which act as nucleation sites for cracks. Therefore it is an advantage to have the graphite present as spheres. This can be achieved by a heat treatment regime or by the addition of a small amount of Mg which poisons the graphite growth directions.
Cast iron with magnesium induced spheroidised graphite
Cast iron is a brittle material and it is advantageous to process it in such a way to improve its ductility. The brittleness is partially due to the graphite flakes which act as nucleation sites for cracks. Therefore it is an advantage to have the graphite present as spheres. This can be achieved by a heat treatment regime or by the addition of a small amount of Mg which poisons the graphite growth directions.
Cast iron with magnesium induced spheroidised graphite
Cast iron is a brittle material and it is advantageous to process it in such a way to improve its ductility. The brittleness is partially due to the graphite flakes which act as nucleation sites for cracks. Therefore it is an advantage to have the graphite present as spheres. This can be achieved by a heat treatment regime or by the addition of a small amount of Mg which poisons the graphite growth directions.
Cast iron with magnesium induced spheroidised graphite
Cast iron is a brittle material and it is advantageous to process it in such a way to improve its ductility. The brittleness is partially due to the graphite flakes which act as nucleation sites for cracks. Therefore it is an advantage to have the graphite present as spheres. This can be achieved by a heat treatment regime or by the addition of a small amount of Mg which poisons the graphite growth directions.
Cast iron with magnesium induced spheroidised graphite
Cast iron is a brittle material and it is advantageous to process it in such a way to improve its ductility. The brittleness is partially due to the graphite flakes which act as nucleation sites for cracks. Therefore it is an advantage to have the graphite present as spheres. This can be achieved by a heat treatment regime or by the addition of a small amount of Mg which poisons the graphite growth directions.
