Pierfrancesco FIORE | ARCHITECTURAL ENGINEERING II

cod. 0660100025

ARCHITECTURAL ENGINEERING II

	0660100025
	DEPARTMENT OF CIVIL ENGINEERING
	EQF7
	BUILDING ENGINEERING - ARCHITECTURE
	2020/2021

PERCORSO COMMON

	OBBLIGATORIO
	YEAR OF COURSE 3
	YEAR OF DIDACTIC SYSTEM 2017
	ANNUALE

TEACHING UNITS

	SSD	CFU	HOURS	ACTIVITY	TYPE OF ACTIVITY
	ICAR/10	9	90	LESSONS	COMPULSORY SUBJECTS, CHARACTERISTIC OF THE CLASS

PROFESSORS

	ENRICO SICIGNANO T Curriculum
	PIERFRANCESCO FIORE Curriculum

	Objectives
	Expected learning outcomes and competence to be acquired: Acquire methods and technical knowledge of the main building materials and innovative building systems. Acquire the ability to express in graphic terms, the elements characterizing the building organism in the field of design. Knowledge and ability to understand: To understand the terminology used in the conceptual, logical and physical models of the construction of a building organism, the fundamental concepts of the architectural graphic language, the methodologies of technological design. Ability to apply knowledge and understanding: Know how to elaborate graphic models and reports for the analysis, reading and study, from an environmental, typological and technological point of view, of a building organism or its constituent parts and to draw up a project with particular regard to technical competence. Autonomy of judgement: To be able to identify independently the most appropriate methods for the design and construction of a building organisation in relation to the most appropriate materials, construction systems applicable in the context, within the regulatory and binding framework. Communication skills: Know how to work, individually or in a group, interacting with colleagues, etc.. expose orally, as well as represent graphically, the main characteristics of the building structures and the design drawings in the various and most appropriate scales of representation. Ability to learn: Know how to apply the acquired knowledge and know how to learn autonomously the new evolutions in the architectural and building field.

Expected learning outcomes and competence to be acquired:
Acquire methods and technical knowledge of the main building materials and innovative building systems.
Acquire the ability to express in graphic terms, the elements characterizing the building organism in the field of design.
Knowledge and ability to understand:
To understand the terminology used in the conceptual, logical and physical models of the construction of a building organism, the fundamental concepts of the architectural graphic language, the methodologies of technological design.
Ability to apply knowledge and understanding:
Know how to elaborate graphic models and reports for the analysis, reading and study, from an environmental, typological and technological point of view, of a building organism or its constituent parts and to draw up a project with particular regard to technical competence.
Autonomy of judgement:
To be able to identify independently the most appropriate methods for the design and construction of a building organisation in relation to the most appropriate materials, construction systems applicable in the context, within the regulatory and binding framework.
Communication skills:
Know how to work, individually or in a group, interacting with colleagues, etc.. expose orally, as well as represent graphically, the main characteristics of the building structures and the design drawings in the various and most appropriate scales of representation.
Ability to learn:
Know how to apply the acquired knowledge and know how to learn autonomously the new evolutions in the architectural and building field.

	Prerequisites
	THE COURSE ASSUMES KNOWLEDGE OF THE BASICS OF THE BUILDING ORGANIZATION, ITS REPRESENTATION IN THE VARIOUS STAIRS AND BASIC BUILDING MATERIALS. THE PREPARATION FOR DETAIL DESIGN, TECHNOLOGICAL DESIGN CULTURE DESIGNED FOR CONSTRUCTION, CAN NOT IN ANY CASE - APART FROM THE HISTORICAL KNOWLEDGE OF ARCHITECTURE.

	Contents
	THE CORRECT PROJECT OF THE BUILDING THE LOCATION, THE EXHIBITION, THE ELIOTERMIC AXIS. LIGHT AND SHADE, WATER, VEGETATION, MATERIALS. THE TROMBE WALL, THE BARRA-COSTANTINI SYSTEM, THE GARDEN ROOF - DECREE MINISTRY OF HEALTH 05/07/1975 THE FOUNDATIONS IN CONGLOMERATED CEMENTED ARMED DIRECT AND INDIRECT FOUNDATIONS, ISOLATED AND CONTINUOUS. CONSTRUCTIVE DETAILS OF FOUNDATION POLES. SEISMIC ISOLATION OF FOUNDATIONS. BUILDINGS AND AGGREGATES TYPES THE BLOCK HOUSE; THE HOUSE AT COURT. THE TERRACED HOUSE (DISTRICT "ZEVI" IN PASTENA). THE PATIO HOUSE (DISTRICT TUSCOLANO, A.LIBERA). THE ONLINE HOUSE (DISTRICT "ZEVI" IN PASTENA - TIBURTINO IN ROME BY M.RIDOLFI). THE BALLROOM HOUSE (SCAMPIA, SALVO, THE HABITATION UNIT, LE CORBUSIER). THE TOWER HOUSE. DISTINCTIVE CHARACTERS AND REFERENCES TO WORKS OF MODERN AND CONTEMPORARY ARCHITECTURE ARCHITECTURAL BARRIERS ELIMINATION CONCEPTS OF ACCESSIBILITY, VISIBILITY, ADAPTABILITY. MAIN DESIGN CRITERIA FOR OVERCOMING ARCHITECTURAL BARRIERS (MINIMUM PASSAGE SPACE, CORRIDORS, RAMPS, ELEVATORS, TOILETS, ETC.) - L.13 / 89; DM 236/89; DPR 503/96 THE LARGE COVER ORIGINS AND EVOLUTION OF THE TECHNOLOGICAL SYSTEM. NEEDS, REQUIREMENTS, PERFORMANCE. CONSTRUCTIVE AND TECHNOLOGICAL ASPECTS. EMBLEMATIC WORKS OF MODERN AND CONTEMPORARY ARCHITECTURE THE INVOLUCRO EDILIZIO DESIGNING A MODERN EFFICIENT HOUSING: REQUIREMENTS, PROBLEMS, FEATURES AND CONSTRUCTION DETAILS - MATTE FACADE - TRADITIONAL TAMPONADE - DOUBLE LEATHER FACADES - VENTILATED, MICRO VENTILATED, SCREENED FACADES STONE ARCHITECTURE THE USE OF MATERIAL BETWEEN TRADITION AND INNOVATION. THE TEAK AND TECTONIC USE OF STONE EMBLEMATIC WORKS OF MODERN AND CONTEMPORARY ARCHITECTURE ARCHITECTURE IN C.A. ORIGINS AND EVOLUTION OF THE CONSTRUCTIVE SYSTEM. EXECUTION TECHNIQUES - BUILDING DETAILS. EMBLEMATIC WORKS OF MODERN AND CONTEMPORARY ARCHITECTURE: SALK INSTITUTE - DIVES CHURCH IN MISERICORDIA - STADIO S.NICOLA IN BARI STEEL ARCHITECTURE ORIGINS AND EVOLUTION OF THE CONSTRUCTIVE SYSTEM. EXECUTION TECHNIQUES - BUILDING DETAILS. EMBLEMATIC WORKS OF MODERN AND CONTEMPORARY ARCHITECTURE GLASS ARCHITECTURE NEEDS, REQUIREMENTS, PERFORMANCE. CONSTRUCTIVE AND TECHNOLOGICAL ASPECTS. THE TRANSPARENT FACADE - CONTINUOUS FACADE AND STRUCTURAL GLASS FACADE - EMBLEMATIC WORKS OF MODERN AND CONTEMPORARY ARCHITECTURE WOODEN ARCHITECTURE / LAMELLAR WOOD ORIGINS AND EVOLUTION OF THE CONSTRUCTIVE SYSTEM. EXECUTION TECHNIQUES - BUILDING DETAILS. EMBLEMATIC WORKS OF MODERN AND CONTEMPORARY ARCHITECTURE SUSTAINABILITY IN BUILDING NEEDS, REQUIREMENTS, PERFORMANCE. SUSTAINABILITY CERTIFICATION MODELS, PASSIVE AND ACTIVE SYSTEMS. PLANTS POWERED BY RENEWABLE SOURCES. INTEGRATION INTO BUILDING ENVELOPE THE SERRAMENTS NEEDS, FEATURES, REQUIREMENTS, TECHNIQUES AND MATERIALS DIVISORS INSIDE WET AND DRY INTERIOR. MATERIALS AND CONSTRUCTION TECHNIQUES. TIPS ON PLANTS MAIN FEATURES OF ELECTRICAL, WATER, SANITARY AND HEATING SYSTEMS FIRE PREVENTION GENERAL INFORMATION ON FIRE PREVENTION IN THE DESIGN OF UNDERGROUND GARAGES ABILITATIVE TITLES AND NORMAL REFERENCES FOR BUILDING YOU. 380/2001 - L.457 / 78 ARCHITECTURAL TECHNOLOGICAL DESIGN EXERCISES (ARCHITECTURAL EXECUTIVES, CONSTRUCTION DETAILS, CAPITOLATES, TECHNICAL DATA SHEETS AND COMPUTERS OF A EDIT WORKS)

Contents

THE CORRECT PROJECT OF THE BUILDING
THE LOCATION, THE EXHIBITION, THE ELIOTERMIC AXIS. LIGHT AND SHADE, WATER, VEGETATION, MATERIALS. THE TROMBE WALL, THE BARRA-COSTANTINI SYSTEM, THE GARDEN ROOF - DECREE MINISTRY OF HEALTH 05/07/1975

THE FOUNDATIONS IN CONGLOMERATED CEMENTED ARMED
DIRECT AND INDIRECT FOUNDATIONS, ISOLATED AND CONTINUOUS. CONSTRUCTIVE DETAILS OF FOUNDATION POLES. SEISMIC ISOLATION OF FOUNDATIONS.

BUILDINGS AND AGGREGATES TYPES
THE BLOCK HOUSE; THE HOUSE AT COURT. THE TERRACED HOUSE (DISTRICT "ZEVI" IN PASTENA). THE PATIO HOUSE (DISTRICT TUSCOLANO, A.LIBERA). THE ONLINE HOUSE (DISTRICT "ZEVI" IN PASTENA - TIBURTINO IN ROME BY M.RIDOLFI). THE BALLROOM HOUSE (SCAMPIA, SALVO, THE HABITATION UNIT, LE CORBUSIER). THE TOWER HOUSE. DISTINCTIVE CHARACTERS AND REFERENCES TO WORKS OF MODERN AND CONTEMPORARY ARCHITECTURE

ARCHITECTURAL BARRIERS ELIMINATION
CONCEPTS OF ACCESSIBILITY, VISIBILITY, ADAPTABILITY. MAIN DESIGN CRITERIA FOR OVERCOMING ARCHITECTURAL BARRIERS (MINIMUM PASSAGE SPACE, CORRIDORS, RAMPS, ELEVATORS, TOILETS, ETC.) - L.13 / 89; DM 236/89; DPR 503/96

THE LARGE COVER
ORIGINS AND EVOLUTION OF THE TECHNOLOGICAL SYSTEM. NEEDS, REQUIREMENTS, PERFORMANCE. CONSTRUCTIVE AND TECHNOLOGICAL ASPECTS. EMBLEMATIC WORKS OF MODERN AND CONTEMPORARY ARCHITECTURE

THE INVOLUCRO EDILIZIO
DESIGNING A MODERN EFFICIENT HOUSING: REQUIREMENTS, PROBLEMS, FEATURES AND CONSTRUCTION DETAILS - MATTE FACADE - TRADITIONAL TAMPONADE - DOUBLE LEATHER FACADES - VENTILATED, MICRO VENTILATED, SCREENED FACADES

STONE ARCHITECTURE
THE USE OF MATERIAL BETWEEN TRADITION AND INNOVATION. THE TEAK AND TECTONIC USE OF STONE
EMBLEMATIC WORKS OF MODERN AND CONTEMPORARY ARCHITECTURE

ARCHITECTURE IN C.A.
ORIGINS AND EVOLUTION OF THE CONSTRUCTIVE SYSTEM. EXECUTION TECHNIQUES - BUILDING DETAILS.
EMBLEMATIC WORKS OF MODERN AND CONTEMPORARY ARCHITECTURE: SALK INSTITUTE - DIVES CHURCH IN MISERICORDIA - STADIO S.NICOLA IN BARI

STEEL ARCHITECTURE
ORIGINS AND EVOLUTION OF THE CONSTRUCTIVE SYSTEM. EXECUTION TECHNIQUES - BUILDING DETAILS.
EMBLEMATIC WORKS OF MODERN AND CONTEMPORARY ARCHITECTURE

GLASS ARCHITECTURE
NEEDS, REQUIREMENTS, PERFORMANCE. CONSTRUCTIVE AND TECHNOLOGICAL ASPECTS. THE TRANSPARENT FACADE - CONTINUOUS FACADE AND STRUCTURAL GLASS FACADE - EMBLEMATIC WORKS OF MODERN AND CONTEMPORARY ARCHITECTURE

WOODEN ARCHITECTURE / LAMELLAR WOOD
ORIGINS AND EVOLUTION OF THE CONSTRUCTIVE SYSTEM. EXECUTION TECHNIQUES - BUILDING DETAILS.
EMBLEMATIC WORKS OF MODERN AND CONTEMPORARY ARCHITECTURE

SUSTAINABILITY IN BUILDING
NEEDS, REQUIREMENTS, PERFORMANCE. SUSTAINABILITY CERTIFICATION MODELS, PASSIVE AND ACTIVE SYSTEMS. PLANTS POWERED BY RENEWABLE SOURCES. INTEGRATION INTO BUILDING ENVELOPE

THE SERRAMENTS
NEEDS, FEATURES, REQUIREMENTS, TECHNIQUES AND MATERIALS

DIVISORS
INSIDE WET AND DRY INTERIOR. MATERIALS AND CONSTRUCTION TECHNIQUES.

TIPS ON PLANTS
MAIN FEATURES OF ELECTRICAL, WATER, SANITARY AND HEATING SYSTEMS

FIRE PREVENTION
GENERAL INFORMATION ON FIRE PREVENTION IN THE DESIGN OF UNDERGROUND GARAGES

ABILITATIVE TITLES AND NORMAL REFERENCES FOR BUILDING
YOU. 380/2001 - L.457 / 78

ARCHITECTURAL TECHNOLOGICAL DESIGN EXERCISES (ARCHITECTURAL EXECUTIVES, CONSTRUCTION DETAILS, CAPITOLATES, TECHNICAL DATA SHEETS AND COMPUTERS OF A EDIT WORKS)

	Teaching Methods
	TEACHING INCLUDES THEORETICAL LESSONS AND CLASSROOM EXERCISES. THEORETICAL LESSONS LEAD TO A READING OF TECHNOLOGY THROUGH THE COGNITIVE AND TRANSFORMATIVE PROCESSES OF BUILDING. IN CLASSROOM EXERCISES, STUDENTS ARE ASSIGNED TO WORKGROUPS, A THEME TO BE DEVELOPED THROUGHOUT THE COURSE. THE THEME COMPREHENSIVELY INCLUDES ALL THE CONTENTS OF THE TEACHING AND CONSISTS OF THE GEOMETRIC, TECHNOLOGICAL AND FUNCTIONAL ANALYSIS OF AN EXISTING BUILDING OR PROJECT BUILDING THROUGH THE DEVELOPMENT OF TECHNICAL RELATIONS AND GRAPHIC BOARDS.

Teaching Methods

TEACHING INCLUDES THEORETICAL LESSONS AND CLASSROOM EXERCISES. THEORETICAL LESSONS LEAD TO A READING OF TECHNOLOGY THROUGH THE COGNITIVE AND TRANSFORMATIVE PROCESSES OF BUILDING. IN CLASSROOM EXERCISES, STUDENTS ARE ASSIGNED TO WORKGROUPS, A THEME TO BE DEVELOPED THROUGHOUT THE COURSE. THE THEME COMPREHENSIVELY INCLUDES ALL THE CONTENTS OF THE TEACHING AND CONSISTS OF THE GEOMETRIC, TECHNOLOGICAL AND FUNCTIONAL ANALYSIS OF AN EXISTING BUILDING OR PROJECT BUILDING THROUGH THE DEVELOPMENT OF TECHNICAL RELATIONS AND GRAPHIC BOARDS.

	Verification of learning
	THE FINAL EXAMINATION, BEFORE VERIFYING THE INDISPENSIVE SUBJECTIONS AT THE COURSE, SHALL BE CONSIDERED IN THE ORAL TEST AND IN THE PRESENTATION AND ILLUSTRATION OF ALL THE REQUIRED GRAPHICS REQUIRED AND PRODUCTS IN ORDER TO ASSESS THE KNOWLEDGE OF THE MATTERS OBJECTED AND THE REALIZATION OF THE INITIAL OBJECTIVES.

	Texts
	REFERENCES: AA.VV., BUILDING DESIGN MANUAL - VOL.4 - HOEPLI AA.VV., ATLAS WOOD, UTET, TURIN 1999 AA.VV., GLASS ATLANTE, UTET, TURIN 1999 E.ALLEN, THE BASICS OF BUILDING - MCGRAW HILL E.DASSORI, R.MORBIDUCCI, BUILDING THE ARCHITECTURE - TECHNIQUES AND TECHNOLOGIES FOR THE PROJECT, ED.: NEW TECHNOLOGIES, MILAN 2010 G OF THE ROOF, BEYOND THE FACADE. THE TECHNOLOGICAL EVOLUTION OF THE BUILDING ENVELOPE BETWEEN TRADITION AND INNOVATION - CUES EDIZIONI, 2012 P.FIORE, THE WINDOW IN THE INTERFACE BETWEEN BUILDING AND ENVIRONMENT - GUTENBERG EDIZIONI, FISCIANO 2010 E.SICIGNANO, TECHNICAL ARCHITECTURE NOTEBOOK - CUES EDIZIONI E.SICIGNANO, ARCHITECTURES IN CEMENTO ARMATO, CLEAN EDIZIONI, NAPLES 2007 E.SICIGNANO, LARGE SHELLS, WORKSHOP EDITIONS B.ZEVI, THE NEWEST MANUAL OF THE ARCHITECT, MANCOSU EDITORE RECOMMENDED MAGAZINES: THE PLAN DETAILS AREA LIVE BUILD IN LATERIZATION THE CONSTRUCTION INDUSTRY RECOMMENDED SITES: WWW.ARCHITETTURADIPIETRA.IT WWW.DIVISARE.COM

Texts

REFERENCES:
AA.VV., BUILDING DESIGN MANUAL - VOL.4 - HOEPLI
AA.VV., ATLAS WOOD, UTET, TURIN 1999
AA.VV., GLASS ATLANTE, UTET, TURIN 1999
E.ALLEN, THE BASICS OF BUILDING - MCGRAW HILL
E.DASSORI, R.MORBIDUCCI, BUILDING THE ARCHITECTURE - TECHNIQUES AND TECHNOLOGIES FOR THE PROJECT, ED.: NEW TECHNOLOGIES, MILAN 2010
G OF THE ROOF, BEYOND THE FACADE. THE TECHNOLOGICAL EVOLUTION OF THE BUILDING ENVELOPE BETWEEN TRADITION AND INNOVATION - CUES EDIZIONI, 2012
P.FIORE, THE WINDOW IN THE INTERFACE BETWEEN BUILDING AND ENVIRONMENT - GUTENBERG EDIZIONI, FISCIANO 2010
E.SICIGNANO, TECHNICAL ARCHITECTURE NOTEBOOK - CUES EDIZIONI
E.SICIGNANO, ARCHITECTURES IN CEMENTO ARMATO, CLEAN EDIZIONI, NAPLES 2007
E.SICIGNANO, LARGE SHELLS, WORKSHOP EDITIONS
B.ZEVI, THE NEWEST MANUAL OF THE ARCHITECT, MANCOSU EDITORE

RECOMMENDED MAGAZINES:
THE PLAN
DETAILS
AREA
LIVE
BUILD IN LATERIZATION
THE CONSTRUCTION INDUSTRY

RECOMMENDED SITES:
WWW.ARCHITETTURADIPIETRA.IT
WWW.DIVISARE.COM

	More Information
	SEE THE FACULTY WEBSITE (HTTP://WWW.INGEGNERIA.UNISA.IT/) FOR THE INDICATION OF THE HOURS AND THE COURSE AULE

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Pierfrancesco FIORE | ARCHITECTURAL ENGINEERING II