Course Objectives

Upon completing the course, the students should:

• be familiar with the basic concepts associated with statics and solid-mechanics
• be able to deduce the basic elements of statics and the mechanics of solids
• be able to solve statics-dependent constructions and calculate stored reaction forces
• be able to calculate and draw moment, shear- and axial-force diagrams for simple constructions or structural elements
• be able to calculate deformation in single beams which are subjected to perpendicular loads
• be able to calculate internal tension and strain on a cross-section of a construction element which is subjected to external forces
• choose proper dimensions for simple construction elements
• be able to calculate hydrostatic forces and buoyancy
• be able to use the continuity equation and Bernoulli’s equation with loss elements
• be familiar with the main flow types and friction relationships for various materials and flows

Course Description

Forces, moment, equilibrium, force vectors with diagrams. Beams, frames, complex structures, bearing constructions, ropes and blocks. Tensions and deformations, Hook’s law, normal tension distribution, shear forces distribution. Combined forces and stress matrix. Introduction to torsion and buckling. Hydrostatics and hydrodynamics in real fluids.

Learning Methods

Lectures and obligatory calculation practical assignments.

Assessment Methods

The course assessment will be based on 2 course component examinations during the semester, which count for 40% and a final examination which counts for 60% of the final grade.

At least 75% of the practical assignments and laboratory works must be satisfactorily completed and approved before the student may sit the final examination.

The final examination must receive a passing mark.

Minor adjustments may occur during the academic year, subject to the decision of the Dean