The Faculty of Maritime Studies and Transport
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Marine Engineering
2023/2024

Engineering mechanics 2


Syllabus

Dynamics

  • The motion of a rigid body in a plane: force and acceleration
  • The motion of a rigid body in a plane: energy and momentum
  • impacts

Vibrations

  • systems with one degree of freedom: free vibrations, damping vibrations, forced vibrations

Hydromechanics

  • fluid movement, mass conservation, Bernoulli equation
  • pipelines
  • flow in open channels
More...

Goals and competencies

The purpose of the course is to get to know the student using the principles of dynamics and hydromechanics in solving engineering problems. In addition, the student should get acquainted with the use of software tools designed for modeling and simulations in engineering.


Basic literature

  1. Boltežar M: Mehanska nihanja – 1.del, druga izdaja, Fakulteta za strojništvo, 2010
  2. Muršič, M: Osnove thenhiške mehanike 2: Kinetika, Slovensko društvo za mehaniko, Ljubljana, 1993
  3. Muršič, M: Osnove thenhiške mehanike 3: Dinamika, Slovensko društvo za mehaniko, Ljubljana, 1993
  4. Slavič J: Dinamika, mehanska nihanja in mehanika tekočin, 2014
  5. Stropnik J: Hidromehanika, zbirka nalog z rešitvami, Fakulteta za strojništvo
  6. Hibbeler R., Engineering Mechanics: Dynamics , Pearson; 14th edition, 2015
  7. Cengel Y., Cimbala J., Fluid Mechanics Fundamentals and Applications McGraw-Hill Education, 3rd edition, 2013
  8. White, F.M., Fluid Mechanics, McGraw-Hill College, 8th Education, 2015

Lecturers

Lectures