formworks of famous buildings

8/21/2019 Formworks of Famous Buildings

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FormworksforHighriseConstruction

JurgenGnida

PERIGmbh

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Jr en Gnida

PERI Formwork Systems

CTBUH World Conference

- Formwork for High Rise Construction -

Jrgen Gnida

Head Ke ro ects PERI GmbH

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High-rise Projects Defintion

High rise

is a multistory building tall enough to require

the use of a s stem of mechanical vertical

Main Core

transportation such as elevator

Skyscraper

is a very tall high-rise building cture

Columns

Quoted from www.britannica.com

Su

perstr Bracing Floor

The choice of the best Formwork systems

Basement

ypca a

Non Typical

depends on:

Internal Parameters

External parameters

Retaining

Walls

SlabaThe result would be the most cost effectiveFormwork system

3Substructure


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High-rise Projects Internal Parameters

Geometry

Repetitive

Main Core

Changing geometry

Concrete

Rate of pour => concretecture

Columns

pressure

Concrete finish

Curing timeSu

perstr Bracing Floor

equence o wor

Cycle time

Formwork choice

Existin formwork materialBasement

Typical Slab

Non Typical

at customer to be reused

Rental or purchase

Best FW for current projectRetaining

Walls

SlabSlab

4

vs. Max Flexibility for

future projects

Substructure


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High-rise Projects External Parameters

pace

Constraint of existing road or

building

Storage area

Safety

Special requirement at high-rise

building

Assembly area

Wind

Wind load

Milestones Working schedules / Shifts

Project duration

tor

Crane

Capacity

Availability

Summer schedule / Holidays

Local rules & regulations

Permits

WindFa

Boom Reach

Restricted noise at night

Safety requirement

Existing

BuildingJob Site

Existing

Building

5Active Road


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PERI Climbing systems

Choice of crane or self-climbing systems

Rental

Cost

CB1 2 3

ACS

Co

st

Assembl

Operation

& Lease

Assembly ConstructionPurchas

6

10 20 30..400


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PERI Selfclimbing System ACS - Field of Application

Towers

Bridges

Piers

Pylons

High-rise buildings

facade

corea

Silos

Chimnies

Columns

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PERI Selfclimbing System ACS

criteria for the application of ACS

great building height

non sufficient crane capacity

H

ng capac y a ong range

number of cranes

tight time schedule

short construction period

no delays

high requirements on the concrete quality

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PERI Climbing System ACS - Types

ACS 100 stands for

Automatic Climbing System

ACS R Regular

ng apac y = per y rau c y n er

ACS G with Gallows

ACS P Platform

ACS S for small Shafts

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PERI Climbing System ACS - Hydraulic System

climbing machanism ACS 100

for all typesclimbing shoe

upper

climbing head

hydraulic cylinder

climbing rail

lower

climbing head

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PERI Climbing System ACS - Hydraulic System

Hydraulic technology

hydraulic pump with

patented flow divider

simultaneous climbing

1190 %10 %


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PERI Climbing System ACS - Loads

live loads

according to site requirements

e.g. storage of reinforcement

wind

climbing condition: 72 km/h

(45 mph)

working condition: 100 km/h

(62 mph)

storm condition: 164 km/h

(102 mph)

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- according to German code

- according to country codes


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PERI Climbing System ACS - Accuracy

5 cm

u ng , ran or , ermany , m

Gallow

Internal formwork

External formwork 2,5 mm

Window Box-out

ACS R

for facade186 m

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PERI Climbing System ACS - Highrise Buildings

u ng , ran or , ermany , m

Units climbed

together

Units cl imbed seperately

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or rump ower , ew or , , m

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ACS R, ACS G

for core walls and facade


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ar ower , cago , , m

ACS Rfor facade and external columns

ACS G

in cores lifting placing boom

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through slabs for shear walls


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orre g ar , arce ona , pa n , m

ACS R

outside curved facade

ou s e core wa sACS G

inside elevator walls

ACS P

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ns e core wa s


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ACS P

for core walls

arc ous ng pro ec , eou , orea , m

for core walls and fassade

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a ormwor

SKYDECK

ACS-R asslabformwork hoist


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even or ra e en er , ew or , , m

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ACS P

for core walls


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o , os wa , uss a , m

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for core walls


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rump ower, cago, , m

ACS R

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rump ower, cago, , m

ACS R

for facade

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n e ower, uwa y , uwa , m

23ACS P and ACS R for core walls


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amra ower, uwa y , uwa , m



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ar na ay nanc a en er , ngapore , m



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urn ng orso , a m , we en , m

an ago a a ravaArchitect, artist and

engineer

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ACS P

custom made platform for core wallsplacing boom self-climbing

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PERI Selfclimbing System RCS - Field of Application

Towers

Bridges

Piers

Pylons

High-rise buildings

facade

core

a

Silos

Columns

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PERI Climbing System RCS

criteria for the application of RCS

low to medium building height

non sufficient crane capacity

H

ava a e crane me

number of cranes

tight time schedule

short construction period

no delays

high requirements on the concrete quality

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PERI Climbing System RCS - Types

RCS stands for :

Rail Climbin S stem

RCS C with Carriage

RCS G with Gallows

RCS P Protection

Climbing options : - craneclimbing- selfclimbing

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PERI Climbing System RCS - Types

RCS P = Protection

Protection against wind and weather.

Increase in work productivity.

Enclosure material freely selectable.

Highly visible advertising space.

Height of platforms adaptable.

Rail-guided climbing.

Retro-fit mobile self-climbing mechanism.

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RCS Self-climbing Device

Climbing device stands on climbing shoe.

Co-operates with latch in shoe.

Lifting capacity 50 kN

Stroke length 50 cm.

Lightweight hydraulics movable byhand.Hose connection with quick couplers.

n egra e y rau c ow v er or sync ronous c m ng.

130 kg25 kg

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RCS Self-climbing procedure

Sequence

Regular areas

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PERI Climbing System RCS - Projects

r yu o ro ec , usan , orea , - m

35RCS C for facade


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RCS Protection Panel - Projects

Brindley Place, Birmingham, England

36RCS C for core walls


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pera ouse , ran or , ermany , m

37RCS C for facade ,ACS P for core walls


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Ritz Carlton Hotel, Charlotte, USA , 150 m

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PERI Climbing System RCS Project Tasks

The client is looking for a building protection system that would provide proper workingconditions during wind and bad weather conditions as well as protection from falling debris

Every year many working days are lost due to high wind and bad weather conditions

-r se cons ruc on poses a sa e y r s on usy ra c. a or c y s ree s an or ra ways canbe too close to the building

RCS-P system is a suitable solution

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PERI Climbing System RCS Protection Panel

Assembly optimized for each application:

Version 1:

Narrow version

Version 2:

Wide working platformsVersion 3:

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Version 1 Version 2 Version 3


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n e ower, uwa y , uwa , m

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European Courtyard, Luxembourg , 106 m

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Brindley Place, Birmingham, England , 76 m

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amra ower uwa y , uwa , m

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Paragon, London, England , 50 m

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Bellevue Towers, Seattle , 137 m

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Warton Road, London, England , 60 m

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CS


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The Claredon, Boston, USA , 102 m

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RCS P t ti P l P j t


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Absolute Towers, Toronto, Canada , 170 m

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RCS Protection Panel Absolute Tower


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CLIMBING STEPS GRAPHIC-ILLUSTRATION

PHASE 1:

RCS-CLIMBING FROM

REMOVAL OF REMOVAL-

RCS-BRACKETS LEVEL 5

TWIST 1 LEVEL 5 TO

LEVEL 6LEVEL 50

LEVEL 55

TOP OF THE ABSOLUTE TOWER

REMOVAL-RCS-BRACKETS

LEVEL 6

LEVEL 35

LEVEL 40

LEVEL 45

LEVEL 20

LEVEL 25

LEVEL 30

LEVEL 10

LEVEL 15

50

LEVEL 01

-



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PHASE 2:

RCS-CLIMBING FROM

REMOVAL OF REMOVAL-


TWIST 2 LEVEL 11 TO

LEVEL 12LEVEL 50

LEVEL 55



LEVEL 12

LEVEL 35

LEVEL 40

LEVEL 45

LEVEL 20

LEVEL 25

LEVEL 30

LEVEL 10

LEVEL 15

TWIST 02 - LEVEL 11 TO 12

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LEVEL 01

-



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PHASE 3:

RCS-CLIMBING FROM

REMOVAL OF REMOVAL-


TWIST 3 LEVEL 17 TO

LEVEL 18LEVEL 50

LEVEL 55



LEVEL 18

LEVEL 35

LEVEL 40

LEVEL 45

LEVEL 20

LEVEL 25

LEVEL 30

LEVEL 10

LEVEL 15



52

LEVEL 01

-



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PHASE 4:

RCS-CLIMBING FROM

REMOVAL OF REMOVAL-


TWIST 4 LEVEL 23 TO

LEVEL 24LEVEL 50

LEVEL 55



LEVEL 24

LEVEL 35

LEVEL 40

LEVEL 45

LEVEL 20

LEVEL 25

LEVEL 30


LEVEL 10

LEVEL 15



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LEVEL 01

-



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PHASE 5:

RCS-CLIMBING FROM

REMOVAL OF REMOVAL-


TWIST 5 LEVEL 26 TO

LEVEL 27LEVEL 50

LEVEL 55



LEVEL 27

LEVEL 35

LEVEL 40

LEVEL 45

LEVEL 20

LEVEL 25

LEVEL 30



LEVEL 10

LEVEL 15



54

LEVEL 01

-



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PHASE 6:

RCS-CLIMBING FROM

REMOVAL OF REMOVAL-


TWIST 6 LEVEL 29 TO

LEVEL 30LEVEL 50

LEVEL 55



LEVEL 30

LEVEL 35

LEVEL 40

LEVEL 45

LEVEL 20

LEVEL 25

LEVEL 30TWIST 06 - LEVEL 29 TO 30



LEVEL 10

LEVEL 15



55

LEVEL 01

-



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PHASE 7:

RCS-CLIMBING FROM

REMOVAL OF REMOVAL-


TWIST 7 LEVEL 32 TO

LEVEL 33LEVEL 50

LEVEL 55



LEVEL 33

LEVEL 35

LEVEL 40

LEVEL 45


LEVEL 20

LEVEL 25

LEVEL 30




LEVEL 10

LEVEL 15



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LEVEL 01

-



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PHASE 8:

RCS-CLIMBING FROM

REMOVAL OF REMOVAL-


TWIST 8 LEVEL 35 TO

LEVEL 37LEVEL 50

LEVEL 55



LEVEL 37

LEVEL 35

LEVEL 40

LEVEL 45



LEVEL 20

LEVEL 25

LEVEL 30




LEVEL 10

LEVEL 15



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LEVEL 01

-



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PHASE 9:

RCS-CLIMBING FROM

REMOVAL OF REMOVAL-


TWIST 9 LEVEL 41 TO

LEVEL 42LEVEL 50

LEVEL 55



LEVEL 42

LEVEL 35

LEVEL 40

LEVEL 45




LEVEL 20

LEVEL 25

LEVEL 30




LEVEL 10

LEVEL 15



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LEVEL 01

-



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PHASE 10:

RCS-CLIMBING FROM

REMOVAL OF REMOVAL-


TWIST 10 LEVEL 47 TO

LEVEL 48LEVEL 50

LEVEL 55




LEVEL 48

LEVEL 35

LEVEL 40

LEVEL 45




LEVEL 20

LEVEL 25

LEVEL 30




LEVEL 10

LEVEL 15



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LEVEL 01

-



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PHASE 11:

RCS-CLIMBING FROM

THE ABSOLUTE TOWER

TOPING OUT OF ALL RCS-

CLIMBING UNITSLEVEL 50

LEVEL 55



LEVEL 35

LEVEL 40

LEVEL 45




LEVEL 20

LEVEL 25

LEVEL 30




LEVEL 10

LEVEL 15



60

LEVEL 01

-

RCS Protection System


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INCREASED PRODUCTIVITY

Crane independent climbing.

Protection from wind results in less lost

days to weather. Many days per year lost

annually.

Enclosed surrounding increases the level of

comfort and the feeling of safety.

floors.

No tie offs

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Advertis ing opportunit ies.

RCS Protection System


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INCREASED SAFETY

Safety. Enlcosure prevents debris from falling

onto construction site below or onto busy city

streets.

Safety. Through the climbing rail, the RCS unit

is always connected to the structure for the entire

climbing procedure even in strong wind

conditions.

Safety. Enclosed surrounding increases feeling

of safety and results in productivity improvement.

Safety. No tie off required once the system is inplace.

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PERI ACS 100 References 1991 - 2009


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Austral ia : 52

Austria : 2 Sweden : 6Norway : 3

Holland : 6 Mexico : 2

Hungary : 1

Singapore : 6

Belgium : 5

Polland : 11Indonesia : 2

Taiwan : 1

Thailand : 1Bahrein : 2

Panama : 3India : 1

Canada : 11 Portugal : 1Israel : 10 Trinidad : 2

Czech Rep. : 3 Russia : 4

Italy : 6 Turkey : 1

Japan : 5

Qatar : 6

UAE : 36

Chile : 1

Romania : 1

France : 9

UK : 7Egypt : 1 Korea : 72

Saudi Arabia : 2 USA : 82Kuwait : 4

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Spain : 13Germany : 12 Malaysia : 4

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