Elements of Machinery II

engine components I I

Εργαστήριο Στοιχείων Μηχανών ΕΜΠ

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The assessment of students in the course of Mechanical Elements II is carried out in the following ways:

1. Exam [d]

It is conducted during the period of the regular or repeat examinations announced by the School and is compulsory for everyone in order to pass the course. It usually lasts between one and one and a half hours. If a person fails to attend it, he/she receives a course grade of dash (-) regardless of whether he/she has handed in a subject and whether he/she has participated in the midterm exam receiving any grade. The grade of the test is not retained for the next time if it is promotional but the overall grade is not promotional (e.g. due to low scores in the laboratory exercises).

2. Intermediate examination [P]

It is conducted once during the semester and lasts approximately one hour. It is optional and students are tested on the material taught up to that point. The grade of the midterm examination can only be carried forward to the re-examination of the same academic year but not to the next academic year.

3. Laboratory exercises [E]

They are optional and concern the design of machine and construction elements, their calculation in fatigue, as well as the construction of a prototype to scale, the computational and laboratory testing of the prototype and the evaluation/assessment of the results. Students who wish to participate must declare it in writing, presenting proof of identification in a special form and once they sign, the weightage of their marks in them is compulsorily calculated in the final mark of the course, both for the regular and the re-examination . Depending on the number of participants, the lecturer will define working groups, which will deliver a common report of results and will be examined orally. During the oral examination, all members of the group are assumed to know all the individual elements of the group, regardless of whether they have divided the work internally. The grade for laboratory exercises is not carried forward to the next academic year. If a student fails to attend the oral examination of any of the laboratory exercises, or decides to withdraw from all or some of them, he/she will receive a grade of zero for the respective exercises.

4. Computational Theme [T]

It is optional, must be registered on specific dates and more information is announced on the workshop website.

Final Score

The final grade of the course [B] is determined by the grade of the written assignments [D] and the laboratory exercises [E] in the following ways:

[C] = max( [D], 0.8x[D]+0.2x[P] )

a’ way:
[B] = 0.3x[I]+0.3x[E]+0.4x[C] if the student has indicated that he/she will do the laboratory exercise and the computational question.

way b’:
[B] = 0.3x[I]+0.7x[C] if the student has stated that he/she will work on the computational topic.

way c’:
[B] = 0.3x[E]+0.7x[C] if the student has stated that he/she will do the laboratory exercise.

way d’:
[B] = [C] in case the student has not declared either the laboratory exercise or the computational topic

Dates for the midterm examination, the deadline for submitting lab registrations, and the delivery and oral examination will be announced during the semester in the course and on the course website.

Course Notes
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Greek relevant bibliography
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Educational material

EXERCISES

EXERCISE A.1
EXERCISE A.2
EXERCISE A.3
EXERCISE A.4
EXERCISE A.5
EXERCISE A.6
EXERCISE A.7
EXERCISE A.8
EXERCISE A.9
EXERCISE A.10
EXERCISE A.11
EXERCISE A.12
EXERCISE A.13
EXERCISE A.14
EXERCISE A.15
EXERCISE S.1
EXERCISE S.2
EXERCISE S.3
EXERCISE S.4
EXERCISE S.5
EXERCISE S.6
EXERCISE I.1
EXERCISE I.2
EXERCISE I.3
EXERCISE I.4
EXERCISE K.1
EXERCISE K.2
EXERCISE K.3
EXERCISE K.4
EXERCISE K.5
EXERCISE K.6
EXERCISE K.7
EXERCISE E.1
EXERCISE P.1
EXERCISE P.2
EXERCISE P.3
Laboratory Exercise 2014-2015

DESIGN, CALCULATION AND EXPERIMENTAL TESTING OF MACHINE ELEMENTS

Exercise Objective

Exercise objective

academic year 20-20

semester computational topic

The scope of the Computational Theme includes the following:

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The structure of the Technical Report and the maximum number of pages (except for the Annexes where there is no maximum page limit) are presented below:

1. Summary

Maximum length 350 words

Text of

2. Abstract (in English)

Maximum length 350 words

Text of

3. Description of the mechanical construction/mechanism. Preparation of technical specifications.

Maximum length 5 pages

Text of

4. Evaluation of alternative construction solutions, brainstorming and selection of the final solution

Maximum length 6 pages

Text of

5. Analysis/determination of construction stresses and design.

Maximum length 25 pages

Text of

6. Conclusions – Comments

Maximum length 6 pages

Text of

7. Bibliography

Maximum length 1 page

Text of

Annex A

File of construction drawings

It shall include the engineering drawings referred to in the above paragraphs with all necessary information. If ready-made memoranda are used then all fields in the memorandum should be completed and not simply take up unnecessary useful space. The drawings need not be printed to scale but must be clearly printed on the necessary faces and sections on either A4 or A3 folded to A4 dimensions.

Annex B

Computer programs. Equations. Miscellaneous data

If computer programs are written the program lists should be listed in this Annex. Also, if any equations or systems of equations involve many steps (not trivial) and cannot be included in the given maximum page length, they may be included here. The same applies to simulations and analyses (e.g. in Matlab, FORTRAN, MathCAD, Solidworks, etc.). Finally, anything else that arises that does not fit in the main paragraphs of the Report and is deemed appropriate to include can be included in this Appendix B. It is not recommended that pages be filled with copies of parts lists and images from the internet etc., but it is sufficient to quote the specific paragraph relating to the specific material/SM and only if deemed necessary.

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