Course aims:

The course presents a unified conception about the concepts related to elements of rigid solid mechanics that studies the balance and movement of bodies, based on some simplifying assumptions, namely: the bodies are considered rigid without the possibility of deformation; by their properties.
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Course Entry Requirements:

N/A

Course contents:

1. Introductory elements of technical mechanics. Rigid solid mechanics; 2. Statics of material point 3. Free material point. Material point subjected to bonds 4. Statics of rigid solid 5. Forces couples 6. Ideal bonds of rigid solid 7. Kinematics of material point 8. Kinematics of rigid solid 9. Dynamics 10. Dynamics of material point 11. Dynamics of rigid solid

Teaching methods:

Lecture, conversation, exemplification.

Learning outcomes:

- Understanding and knowing the technical mechanics that presents the mechanics general framework, the main concepts and notions this discipline is based on; - Understanding and knowing the Statics witch representing the mechanics part that deals with the study of equivalent strength systems and with the balance conditions; - Understanding and knowing the Kinematics witch is the part of theoretical mechanics that studies the movement of material systems without considering the system’s forces and masses; - Understanding and knowing the Dynamics;

Learning outcomes verification and assessment criteria:

Written test examination - 70%, Verification during the semester- 30%.

Recommended reading:

• Valcovici, V.,Balan,St.,R.Voinea.,-Mecanica Teoretica
• Ripianu,A.,Popescu,P.,Balan,B., - Mecanica Tehnica, Didactic and Pedagogic Publishing House, Bucharest, 1984;
• Olariu, V.,Sima,P.,Achiriloaie,V.,- Mecanica Tehnica,E.T.Brasov.1989;
• Bauşic,V., Horbaniuc,D., Palihovici,V., Leon,D., Bejinariu,V. Rezistenţa materialelor, vol. I, Rotaprint I.P. Iaşi, 1978
• Buzdugan, Gh. Rezistenţa materialelor, Didactic and Pedagogic Publishing House, Bucharest, 1984