pipe as platform material of floating buildings in the coastal

Comparison analysis of

expanded poly:styrene system (eps) and polyvinyl chloride ^(pvc)

pipe as platform material of floating _{buildings in} the coastal

areas of Semarang

by Henny Pratiwi Adi

Submission date:

1

9-Feb-2A20 03:37pM (UTC+0g00) Submission tD: 1260063252

Fire name: pratiwr-Adi-2020-J.-phys.-conf._ser._1444_

012047 .pdf(498.05K) Word count: 3gBS

Character count: 18873

Comparison analysis of expanded polystyrene system (eps) and

polyvinyl chloride (pvc) pipe as platform material of floating buildings in the coastal areas of Semarang

W

c** *t&,a*ic,:Honny FrarMi Adi et

at

2azo

J,

fi?yr.: Cant, Set. 1444 ^g1:W4T

Thi$cfit6rllra"adoy{lrt0.adodtrsm lpaddrd*aj B0.AE4.B.S1 sn0810pyp020 rit22107

Wurnatof Physics: Oon{erence $eries

PAPER'{}P€!',

ASC8SS

Vitew lhe attwtp,at\L)|']ttor upd6ls.s and rtnheficaments.

t444/l:t)zfJ) $12(47

rloi:t f$8811?4t{-5$ryr4'{qy0I

^2tA7

Comparison analysis of expanded polystyrene ^{system (eps)} and polyvinyl chlorirle (pvc) pipe as platform trraterisl of floating buildings in the coastal areas of Semat ang

*Hernv Prrtirvl Adi, Slanret Imam rffa1yudl, Catur Sl:rggih ^Sudarmono,

Nlochanrmad

CaGl ^lslnm

c'ilil Enginccrir,gTLp*tor*t"'$trllstu{i$l1lg,,,,k1e&tqU.aiverit!r;,llr':r&-S}0r,:&:disqwg

lfu$},,s$msnsng;:Ind$.!rs$j,

tQor&$qp-diqg-au-t&r.s!nX: henni

irsula.s&jd

A-&ft$rt"-The impacr

ff

ridal lloods in rhc coastal area ol'Semarang

g*atly

disrupts people's aclivities and danrages s&ttlenlenl! and infra$ruslurs huildings. l"loatmg buildrng rs *n{: (r'the alternative solutions

lo

dvercome tho nsing sea levcl. This sludy aims tu

colnpar0:

(lwr)) floating housing material phtf.,rms, namr:ly EPS lLrparuled

Po\,stlt'tncl

awJPYC lPal:,Vinvl Chhride l" The ar1lrlysis method ol'lloating skucturc pladomr war rarricd out by usi!]g various irldimtors, nirmcl_v, the

uplill

gercraterl, tlre s-tability and costs- Bxscd

or

the llnding-\

.)f

thc anrllsis, t-Le

uplili plrtfbrff

to lx.ar building loads on &e water surflcar sho$,ed

r

vrlnrl r:f 0.2 rL,rr rrrd lirr

Ol0

rrrhcs PVC

pilffirurJ

-l rroters in lcngh. Th.'n. thc uplili capacity ol 0.t) ton' . rhcct

\\ai lor

L.PS

Styrolimn,!fi[, ai-u*i*r

of

2

m

x I

m x 0.5 14. Thc'stabiliry

hvel oi llootirg

buildings on watcl was indicatr:d by tlrc high valuc r:f specrnun rhar was +3.11 m

fa

PVCI and +.1.61

m

for

[PS.

To support thlj loads

of

54.01 tons. the comparison

of

mrterlral exFlcnses and in$lallation ol'PVC oraterials rcquirul a cost

oflDR.

J61.561,150.00; rncanrvhile EPS nratenal c{xl IDR. 40,420,ff}0.m.

1. l$trcduetion

Today's

climate

change

is a u:rjor

issr.te

in thc world s,hich

becornes

$

serious

problem in

scveral counlries. The cliruatc change is chatacterizecl

by

increasing tcmpemlure

in

the atrnosphere,

rising

sca levcls. increasing grcenhousc gas concurlration.s and thc degree

ol'ocean

aciclity- Semarang

is

one

ol

the t:itics

in

lndoncsio r.vith sea

tenitory, with

a coastline itr the north along

*

I 3.6 krn _{I I}

I.

Crurently, in

ilrnovatir'e

buildiug

nrodels

which

are

l2J. Ijloating Bdld,ing is

^an

olternalivc soludon to overco,re rising

sea levels because

building will

rise

whcn

sea

warcr

is

risittg. Floating buitdiugs car also be applied in prldcr sy$em

_areas

to rnaiiltain water

storlge capacity. Tlrere arc scveral

mtterials w'hith

can be u..rd as

platform

nraterinls

(tloor

plate$)

for

Ilo0ting lrot!ses, such as steel plate or

hollow

concrete, u,ooden sticks, bilmboo, plastic drunis, EpS

(Expanctil

I>ol1'sgtenc Sl'.rt(rfl?)

or Slyrolbam tnd PVC pipe;. In ttris study, thc

comparison betwcen

i]oating lrouse plrrtl'orms rvilh EPS (E-rpandrd

Pol.t'st).rene

Sr.slt*r) or Styroli:am antl pVC (polvfinl,t

(.'htaridL'\ matcrials was llrcn arralyzcd.

llihl,i!}ltal u&1"i liea{1l1iy.1q-p llubtir$n* l"ld J'oul.lr'ntr.rif.'P1rysics: CnnNerrstlte Series

ComParison analYsis of exp anded polystyrene system ^{(eps) and} polyvinYl chloride ^{(Pvc) plpe} as platform material of floating

building s ⁱⁿ the ^{coastal areas of Semarang}

ORIGINALITY REPORT

15* ^11,n

INTERNET SOURCES

11w

PUBLICATIONS

11,n

STUDENT PAPERS SIIVIILARITY INDEX

PRIMARY SOURCES

Yasin, HRC Priyosulistyo' W Sutrisno' ^lB Agung, A Priyanto' "lncreased strength ^of

laminated bamboo beams using a shear connector adhesive method"' Journal ^of Physics: Conference ^Series ' ²⁰²⁰

E 4,,

g

E

penerbit.uthm.edu 'mY

Publication

lnternet Source

www.scopus.com

lnternet Source

lnternet Source

2,r,

1,,

g www.ijitee.org 1 %

tr Subnritted to Sriwijaya ^University 1 ^Yo

$tudent ^PaPer

submitted to Higher ^Education commission Pakistan

tr 1

Student PaPer

a/ /a

[,

I

Samsudin Anis, ^Rais Alhakim' Ahmad ^Nlustamil Khoiron, Adhi Kusumastuti. "Bio-oil composition fromlowtemperaturemicrowaves-assisted

pyrolysis of cooking oils", Journal of ^Physics:

Conference Series, 2020

o/ /o

Yo

o/ /o

%

f, 1

tr

tr dimensi.Petra.ac.id

Publication

lnternet Source

Publication

$tueient ?aP*r

1 Yusuf Dewantoro Herlambang, Anis ^Roihatin, 1

Kurnianingsih, shun- ching ^{Lee, Jin-cherng}

Shyu. "[VlENlS-Based Nlicrofluidic Fuel Cell for ^ln situ ^{Analysis of the} cell Performance on The

Electrode Surface", Journal of Physics:

Conference Series, ^2A2A

D ^Submitted to Loughborough ^University 1

tr Wang,C.M..''N/inimizingdifferentialdeflectionin<

a pontoon-type, very large floating structure ^via gill cetls", ^lVlarine Structures, ²⁰⁰⁶⁰¹

1 ^o/ /o

Publication

E ^Submitted Student PaPer ^{to Thames Valley University}

o/ /o

1 eprints.ums.ac.id

tr lnternet Scurce 1

o/ /o

ffi

Watanaba, 8." "Hydroelastic analysis of pontoon-type VLFS: a literature survey"'

Engineering Structures, ^2AA4A1

Yo

Yo

1

1

repositorY. ^{u nsri}

^.

^{ac' id}

Wtt\slicalztsrt

lntern*l ***rca

7*****tiur:

%wbmttted to university of Northumbrie ^ez o/

/a fu&*w*mruZ\w

*tadsr*?a;s*r

www.fbcrincon.com ^o/ _/a

lnlarnaN **urce

.:aa./.ar,ri;/.&//r/,

-ffi(.;

W

www,r*wa. ^{u n} i-han nover. de ^o/ _/o

ln1*rn*t" **tsrcc

1

1

1 Wang, Chien ^N/ling, Rui Ping Gao, Chan Ghee

Koh, and sritawat Kitipornchai. "Novel Hybrid system for Reducing Hydroelastic Response of Very Large Floating Structures", Volume ⁷

ocean space Utilization ocean ^Renewable

Energy ,2A12.

o/ /o

1

m ^{Submitted to} University of New England

**sd*nt?aYs*r

o/ /o

1 Submitted to University of ^{East London}

*lu*e*t ^Wapar 1

o/ /o