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Rome, I century b.C. Aired foundations at the time of the Romans

Rome, I century b.C

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Rome, I century b.C. Aired foundations at the time of the Romans. TODAY. TRADITIONAL FOUNDATION. MOISTURE. FISSURES. INSTABILITY. RADON GAS. TODAY. TRADITIONAL FOUNDATION. TODAY. RADON GAS – how it enters the building:. HEALTH RISKS. RADON GAS. The WHO recognises radioactive - PowerPoint PPT Presentation

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Page 1: Rome, I century b.C

Rome, I century b.C.

Aired foundations at the time of the Romans

Page 2: Rome, I century b.C

TODAY

TRADITIONAL FOUNDATION

Page 3: Rome, I century b.C

TODAY

TRADITIONAL FOUNDATION

MO

IST

UR

E

INS

TAB

ILIT

Y

RADON GAS

FIS

SU

RE

S

Page 4: Rome, I century b.C

RADON GAS – how it enters the building:

TODAY

Page 5: Rome, I century b.C

The WHOrecognises radioactiveRadon gas concentrated in enclosed placesas the most important cause of lung cancer after cigarette smoke.

RADONGAS

HEALTH RISKS

Page 6: Rome, I century b.C

THE FUTURE

MONOLITHIC AIRED FOUNDATION

MODULO SYSTEM

Page 7: Rome, I century b.C

MODULO, a system ofrecycled plastic lost formworkfor foundations.

It is used to create a self-sustainingsystem of pillarsand domes from 1.2 in (3 cm) to 6 ft 7 in (2 mt) high.

THE FUTURE

MONOLITHIC VENTILATED FOUNDATION

Page 8: Rome, I century b.C

THE FUTURE

MONOLITHIC AIRED FOUNDATION

STA

BIL

ITY

SIN

GL

E

PO

UR

MO

NO

LIT

HIC

S

TR

UC

TU

RE

VE

NT

ILA

TIO

N

Page 9: Rome, I century b.C

Modulo System

MODULO SYSTEM: Aired Monolithic foundation

3.1’’ / 4.7’’

3,626 psi

Page 10: Rome, I century b.C

Modulo System

MODULO SYSTEM: Aired Monolithic foundation

LOAD

Reaction

STEELSTRESS

ST

RE

SS

Page 11: Rome, I century b.C

HOW TO CREATE A CRAWL SPACE WITH MODULO

POSA

POSAGETTO

THE FUTURE

POSA

Page 12: Rome, I century b.C

POSA

POSAGETTO

THE FUTURE

INSTALLATION

HOW TO CREATE A CRAWL SPACE WITH MODULO

Page 13: Rome, I century b.C

COMPLETE INSTALLATION

THE FUTURE

HOW TO CREATE A CRAWL SPACE WITH MODULO

Page 14: Rome, I century b.C

THE POUR

THE FUTURE

HOW TO CREATE A CRAWL SPACE WITH MODULO

Page 15: Rome, I century b.C

Abitazione moderna con vespaio

EXAMPLE OF A BUILDING ON VENTILATED FOUNDATION

Page 16: Rome, I century b.C

Modulo System

Residential Overload

Overload (lb/sqin)Min. slab thickness

(in)Rebar mesh

(in)

2.84 1.9 Ø 0.2 - 7.9x7.9

7.1 2.4 Ø 0.2 - 7.9x7.9

Page 17: Rome, I century b.C

Modulo System

Industrial Overload

Overload (lb/sqin)Min. slab thickness

(in) Rebar mesh (in)

21.3 3.1 Ø 0.3 - 7.9x7.9

35.5 3.9 Ø 0.3 - 7.9x7.9

49.7 5.9double Ø 0.3 -

7.9x7.9

Page 18: Rome, I century b.C

Modulo System

Platforms for temporary lodgings

Page 19: Rome, I century b.C

Modulo System

Platforms for temporary lodgings

Page 20: Rome, I century b.C

Modulo System

Italy

Private house

Page 21: Rome, I century b.C

Modulo System

VALENCIA - SPAIN

Ciuadad de Las Artes Y las Ciencias

Page 22: Rome, I century b.C

Modulo System

ITALYTheater and multiplex cinema

Page 23: Rome, I century b.C

Elevetor

EL-EVETOR is the smart modular sys-tem of lost formwork for founda-tions for el-eva-tions from 28 in to 80 in (70 cm to 200 cm).

Page 24: Rome, I century b.C

Elevetor

ELEVETOR cap

Timber

Flooring Concrete slab

PVC tube dia. 125 mm

ELEVETOR footing Lean mix layer

Gravel

Soil

Foundation

Polistyrene

Lightnend sub flooring

sub flooring

Typical build-up of a slab made with ELEVETOR

Page 25: Rome, I century b.C

Elevetor

Testing and simulations

Page 26: Rome, I century b.C

Elevetor

Progetto: Da Vinci Market Central(www.mcdavinci.com)

Fiumicino, Roma – ITALIA

Shopping mall, opening on October 2007.Surface: 560,000 sq.ft. (52,000 sq.mt)Contracted by AIG / Lincoln (a joint company of AIG Global Real Estate Investment Corporation, New York and Lincoln Property Company, Dallas).

Elevetor was approved for the project by Buro Happold, UK (www.burohappold.com)

Page 27: Rome, I century b.C

Elevetor

Roma - ITALY

Page 28: Rome, I century b.C

Elevetor

Modena – Block of flats – ITALYElevetor H125 – 598 sqyd

Page 29: Rome, I century b.C

Elevetor

Camisano – Villa – ITALYElevetor H90 – 311 sqyd

Page 30: Rome, I century b.C

Elevetor

Padova – IKEA – ITALYElevetor H100 – 47,840 sqyd

Page 31: Rome, I century b.C

POSA

POSAGETTO

EARTHQUAKE-PROOF BUILDINGS

ABRUZZO 2009the requirement for new building technology

LOAD

Reaction

STEELSTRESS

ST

RE

SS

Page 32: Rome, I century b.C

ABRUZZO 2009

MONOLITHIC AIRED FOUNDATIONS IN THE NEW

BUILDINGS

EARTHQUAKE-PROOF BUILDINGS

Page 33: Rome, I century b.C

GEOPLAST for ABRUZZO WITH MONOLITHIC AIRED FOUNDATIONS

POSAGETTO

EARTHQUAKE-PROOF BUILDINGS

Page 34: Rome, I century b.C

Modulo

Scandiano – ITALYModulo H40 - 598 sq.yds

Page 35: Rome, I century b.C

Pavia – ITALYModulo H35 – 419 sq.yds

Modulo

Page 36: Rome, I century b.C

Nogara – ITALYModulo H30 – 299 sq.yds

Modulo

Page 37: Rome, I century b.C

Nursery school - Vicofertile – ITALYModulo H70 – 716 sq.yds

Modulo

Page 38: Rome, I century b.C

New hospital of the city of Como – ITALYModulo h55 – 21,530 sq.yds

Modulo

Page 39: Rome, I century b.C

Dairy – Altavilla Vicentina – ITALYModulo H60 - 5,980 sq.yds

Modulo

Page 40: Rome, I century b.C

Freezer Warehouse -Trevenzuolo- ITALYModulo h70 – 6,000 sq.yds

Modulo

Page 41: Rome, I century b.C

Warehouse - Gattatico – ITALYModulo h70 - 8,372 sq.yds

Modulo

Page 42: Rome, I century b.C

Supermarket - Caldogno – ITALYMinimodulo h3 - 395 sq.yds

Modulo

Page 43: Rome, I century b.C

Old farmhouse, refurbishment – ITALYModulo h6 - 215 sq.yds

Modulo