To introduce the basic concepts of statics and mechanics of
material.
The course treats the fundamentals of mechanics, and the students
will learn to analyse and calculate stiffness and strength of
simple structures and their sub-components, including the influence
of material properties.
Content:
The course will address themes that are fundamental for static
calculations on mechanical systems and will provide an
understanding of the strength relationship in mechanical
designs.
Læringsmål:
En studerende, der fuldt ud har opfyldt kursets mål, vil kunne:
Beregne kraft og moment systemer
Tegn fritlegeme diagrammer af konstruktioner og
gitterstrukturer
Beregne på fordelte belastninger
anvende sectionsmetode
anvende ligevægts betingelser til at find ukendte reaktioner,
kræfter og momenter
Være i stand til at anvende analyse af aksler, stænger og
bjælker
Beregne opgaver med Normal- og forskydning- Spænding og
tøjning
Beregne opgaver med Aksialbelastning og Torsion
Bestem inertimoment, masse-, volumen- og area-centrum,
tyngdepunkt
Kursusindhold:
Statics.
• Forcesystems,
• Moment calculations,
• Equilibrium,
• freebody diagrams of structures, frames and truss’
• Distributed loads
• Sectioning methodology
Mechanics of materials
• Fundamentals of mechanics of material: Deformation, strain,
stress, laws of elasticity, shear and moment diagrams
• Analysis of shaft, poles and beams
• Normal stress
• Shear stress
• Axial load
• Torsion
• Strain and deformation
• Moment of Inertia
• Shear modulus
Litteraturhenvisninger:
Statics and Mechanics of Materials, 4/E
Pearson
Russell C. Hibbeler
ISBN-10: 0133451607 • ISBN-13: 9780133451603
