AGRICULTURAL-ZOOTECHNICAL BUILDINGS

Single discipline educational activity

Course Sheet

Academic Year of enrolment:

2017/2018

Type of Course:

Characterising

Optional/Mandatory:

Compulsory

Degree:

Bachelor's Degree Programme in AGRO-ZOOTECHNICAL SCIENCES

Disciplinary Sector:

Rural Construction and Environmental Land Management

Language:

Italian

Credits:

Programme Year:

Hours of classroom activity:

Prerequisites:

Good mathematics and physics skills are recommended.

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RURAL BUILDINGS AND TOPOGRAPHY

AGRICULTURAL SCIENCES AND TECHNOLOGIES

AF code:

40003380

Assessment Methods

Verification of learning:

Half-course test. End-course final test. Possible oral exam.

Teaching period

First semester

Objectives

Provide the student with basic knowledge about built-up rural dimension and topography.

Contents

Loads. Static. Beams. Calculation and diagrams of axial force, shear stress, and bending moment.
*
Building materials: ceramic products; binders; steel; concrete; reinforced concrete. Construction elements: vertical structures: pillars, load-bearing walls and non-load-bearing infill walls; horizontal structures: foundations, beams, floors and roofs; prefabricated elements.
*
Construction and rural construction. Design and construction of rural buildings. Basic elements of technical drawing. Stages of zootechnical design. Agro-zootechnical buildings for dairy cows and specific rooms. Stables for fattening livestock: types; food distribution. Authorization for atmospheric emissions.
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Outline of territorial and landscape planning. European Landscape Convention. 'Urbani code' and planning seasons in Italy. Regional landscape plan. hydrogeological system plan (outline). Municipal master plan (outline). Regional directive for agricultural areas.
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Group work: preparation of a short report concerning a rural building.
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Elements of elementary trigonometry: sine, cosine, tangent and inverse functions. Carnot theorem. Sinus theorem. Heron's formula. Resolution of triangles and polygons with more than three sides. Distance between two inaccessible but visible points. Cartesian and polar coordinates. Azimuth calculation.
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Geoid. Ellipsoid. Ellipsoids used in Europe and Italy. Local sphere. Plan and topographic field. Distance and altitude: spherical errors. Geoid quota and orthometric height. Parallelism error in local verticals. Adapt the distances to the reference surface. Reference systems. Topographic operations: the DATUM.
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The topographic survey: framing networks; densification; detail survey. Densifining planimetric networks through triangulations (outlines): forward intersection; operational suggestions for the intersection forward; lateral intersection; inverse intersection. Densifining planimetric networks through polygonations.
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Topographic tools: theodolite, tacheometer, distance meter, level.
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Ellipsoid on the plane, and deformation modules.Maps. Representation and scales. IGM cartography.

Recommended Bibliography

References
Chiumenti R. 2004. Costruzioni rurali. Edagricole.

De Montis A. 2017. Pianificare il paesaggio rurale. https://www.researchgate.net/publication/318861020_Pianificare_il_paesag...

De Montis A., Caschili S. 2012. Nuraghes and landscape planning: Coupling viewshed with complex network analysis. Landsc. Urban Plan. 105:31524.

De Montis S. 2005. Edilizia zootecnica. Innovazione progettuale e tecnologica negli allevamenti italiani. Edagricole.

Deplano G., De Montis A. 2008. Pianificazione del paesaggio e valutazione strategica in Sardegna. In: Governance, pianificazione e valutazione strategica Sviluppo sostenibile e governance nella pianificazione urbanistica, a cura di Corrado Zoppi. Gangemi Editore, Roma, pp. 266276, isbn: 978-88-492-1417-8.

Mandolesi E. 2000. Edilizia vol.1. Le finalità. Il processo edilizio. Torino, UTET.

Torricelli M.C., Del Nord R., Felli P. 2018. Materiali e tecnologie dell'architettura. Laterza. ISBN: 9788842060536.

Zappavigna P., Lensink J., Flaba J., Ventorp M., Greaves R., Heiko G., Ofner-Schrock E., Ryan T., Van Gaenegem L. 2014. The Design of Dairy Cow and Replacement Heifer Housing. Report of the CIGR Section II Working Group. Commission Internationale du Génie Rural CIGR, p. 60. DOI 10.6092/unibo/amsacta/4272. ISBN 978-2-9552352-0-1.

Cannarozzo R., Cucchiarini L., Meschieri W. 2012. Misure, rilievo, progetto. Superfici e sistemi di riferimento, strumenti e misure. Zanichelli. Volume 1. (Testo di riferimento per la parte 'Topografia'.)

Cannarozzo R., Cucchiarini L., Meschieri W. 2012. Misure, rilievo, progetto. Il rilievo del territorio con tecniche tradizionali e con nuove tecnologie. Zanichelli. Volume 2. (Testo di riferimento per la parte 'Topografia'.)

Euclide. Euclids Elements: All thirteen books complete in one volume. Santa Fe, New Mexico: Green Lion Press, 2017.

Markoski B. 2018. Basic Principles of Topography. Springer Geography. ISSN 2194-315X. https://doi.org/10.1007/978-3-319-72147-7

Resta F. 1998. Lezioni di topografia. Anno Accademico 1998/99.

Riggio A., Carlucci R. 2015. Topografia di base. Fondamentali della geomatica per la misura e rappresentazione del territorio. EPC Editore. ISBN: 978-88-6310-579-7.

Methods of Provision

Conventional

Teaching Methods

Powerpoint presentations. Explanations on the board. Classroom exercises. Active involvement of the student during the lessons. Preparation and sharing of notes.

Contacts/More Information

AGRICULTURAL-ZOOTECHNICAL BUILDINGS

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