 Feb 24, 2020   1:47 a.m. Matej

# Course syllabus MTPT02_6B - Mechanics of rigid and flexible bodies (MTF - WS 2012/2013)

Information sheet          ECTS          Syllabus

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University: Slovak University of Technology in Bratislava
Faculty: Faculty of Materials Science and Technology in Trnava
Course unit code: MTPT02_6B
Course unit title: Mechanics of rigid and flexible bodies
Mode of completion and Number of ECTS credits: Exam (6 credits)
Course contents:
1.Fundamentals of technical mechanics. (allowance 2/2)

 a. Force and its effects. Types of forces. The definitions and laws of statics. Force, torque and their components in the plane and in the space. Force systems - effects - substitution and equilibrium. Mass center of discrete and continuous systems.Pappus-Guldin theorems.

2.Statics of mass particles and the rigid mass body in the plane. (allowance 2/2)

 a. Static certainty of mechanical systems. Constraints and constraining dependencies. Equilibrium of a particle in the plane. Equilibrium of rigid bodies in the plane - the analytical solution.

3.Structural analysis of flexible bodies. (allowance 2/2)

 a. Fundamental methods of loading - tension, bending, shear and torsion. The internal force effects. The concept of stress and strain. Relative and total deformation, diagram tensile test-Hooke law, allowable stress conditions. Cross-sectional characteristics. Hypotheses strength. Safety limits.

4.Statics of multibody systems. (allowance 2/2)

 a. Equilibrium of multibody systems -- analytical solutions. Trusses - methods for solution - method of joints and method of cutting - analytically).

5.Passive resistance. (allowance 2/2)

 a. Friction - friction force. Friction in the axial and radial bearings. Belt friction. Rolling resistance.Static bodies and their systems with passive resistance.

6.Kinematics of particles. (allowance 2/2)

 a. Motion of point - trajectory, velocity, acceleration. Trihedron of spatial curves. Normal and tangential acceleration.

7.Kinematics of rigid body. (allowance 2/2)

 a. Translation, rotation and general plane motion - fundamental kinematic quantities. Instantaneous rotation center of the body. The center of curvature of the track point of the body.

8.Kinematics of multibody systems. (allowance 2/2)

 a. Absolute and relative motion - kinematical quantities. Mechanisms - analytical solution of planar mechanisms.

9.Dynamics of particles. (allowance 2/2)

 a. Fundamental roles of dynamics. Equations of motion. Theorems for change in the dynamics of a particle.

10.Dynamics of rigid bodies. (allowance 2/2)

 a. Inertia and deviation moments Equations of motion - translation, rotation and general motion of the rigid body.

11.Multibody system dynamics. (allowance 2/2)

 a. Mechanical systems and methods of dynamic analysis -- free bodies diagrams and method of reduction of mass and forces parameters.

12.Linear theory of vibration - SDOF I. (allowance 2/2)

 a. Vibration of SDOF system - free vibration, undamped and damped.

13.Linear theory of vibration - SDOF II. (allowance 2/2)

 a. Vibration of SDOF system -- forced vibration, undamped and damped, resonance, amplitude-frequency and phase-frequency characteristics

Last modification made by Mgr. Alena Kopčanová on 07/02/2012.

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