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LEMBAR HASIL PENILAJAN

SEJAWAT SE

BIDANG ATA

U

PEER

REVIEW

KARYA

ILMIAH

: PRO

SIDlNG S

EMINAR INTERNA

S

IONAL BEREP

UTASl

Judul Jumal [lrni

ah (Artikel)

JumJ

a

h P

e

nulis

: Effect of perfornted

concave

delta winglet vortex

generators on

heat

tran

s

fer

au

g

rncrr

tat1011

of fluid flow inside a reel.angular

channel

.

An experimental study Status Pcngusul

: Syaiful,

MSK

Tony

SU

.

Nazanuldin Sinaga

*

.

Reu10

Wu.Jandari.

M

}

ung

-w

han Bae

: Penulis ke-3

ldentitas Jumal llmiah

·

a

.

Nama Jurnal

International

Mechanical

and

Ind

ustrial

E

n

g

mecrin

g

Conference 2018 (IMrEC

2018)

b.

Nomor ISSN

c

.

Volwne. nomor

,

buJan

lahW1 : d. Penerbit

e. DOI artikel (jika ada) f. Alamat web jurnal

204, September 2018 EDP Sciences

10.1051/mateccon1i'201820404015

https:/ /,nvw. matec-conferences. org/articles/matecconf/abs/20

I

8/63/contcnts/co

ntcnts

.

html

Alamat Artikel

https :/

/www.

ma

tee-conferences. org/articles/matccconf/abs/20 18/63/matecconf imiec2018 _ 040 l 5/matecconf _imiec2018_04015.html -g. Terindeks di Scopus dan Scimagojr

h.

Turnitin Similarity

: 17%

Katcgori Publikasi Juma1 flmiah :

J

✓l

Prosiding

Seminar

lnternasional Bereputasi

(beri ✓ pada kategori yang tepat)

D

Jurnal

Jlmiah Nasional Tcrakreditasi

Hasil Penilaian Peer Review ·

Nilai

MaksimaJ Jurnal llmiah

Pro!i.

Scm.

Int.

Jumal

Nas.

Kom11oncll

Bereputaiii

Terakreditasi

Yang Dinilai

CJ

D

a. Kelenf!kaoan unsur isi iurna.l (10%)

3

b. Ruang lingkuo dan kedalaman oembahas;m (>0%) 9

C. Kecukupan clan kemutahiran data/infom1<1si ciao 9 metodologi (30%)

d. Kelen!!kapan unsur dan kualitas terbitan/jumal (30%) 9

Total

=

(100%) 30

Nilai Pengusul

=

10% x 29,9

=

Catatan Penilaian artikel oleh Reviewer :

a Kesesuaian dao kelengkapao unsur isi jumal:

Nilai

Akhir

yang

Di11eroleh

3 8,85 9 8,85 29,9 2,99

Tulisan sudah lengkap sesuai template Procedeings MA TEC yaitu terdiri dari judul, abstrak., pendahuluan, mctode,

pembahasan, kesi.rnpulan, ucapan terima kasih, dan referensi. Artikel telah sesuai bidang ilmu pengusul/anggota p<,-nulis. (➔ nilai 10•/o)

b. Ruang lingkup dan kedalaman pembahasan:

Isi artikel berkaitan dengan studi tentang bagai:mana earn untuk

meningkatkan koefisien perpindahan

panas

konveksi dengan penurunan tekanan rendah.

Penelitian dilakukan dengan metode eksperimental. Data hasil penelitian telah dibahas clan ditampilkan secara sitematis da:n baik,

Letapi hasilnya tidak diverifikasi metode lain. (➔ nilai 29,5%)

c. Kecukupan da.n kemutakhiran data/infonnasi dan metodologi:

Artikel ini memiliki kontribusi wituk pengembangan IPTEK. Sebanyak 22 ( 81,48 %) dari 27 sitasi merupakan kategori 10 tahUll tcrakhir). Kemutakhiran infonnasi culrn.p bail:. (➔ nilai 30 %).

d. Kelengkapan unsur dan kuaJitas terbitan:

(2)

Code 139963

E

ffec

t

of perforated co

n

cave de

l

ta wing

l

et vorte

x

generators on hea

t

t

r

a

n

sfer a

u

gme

n

ta

t

ion o

f fl

u

i

d

fl

ow

inside a rec

t

ang

u

lar ch

a

nne

l

:

A

n

exper

i

menta

l

s

t

u

d

y

(Conference Paper) (Open Access)

Syaiful, Su, M.T., Sinaga, N., Wulandari, R., Bae, M.-W.

/2,

View additional authors v

l'$ Save all to author list

'Mechanical Engineering Department, Diponegoro University, Semarang, 50275, Indonesia bMechanical Engineering Department, Universitas Negeri Malang, Malang, 65145, Indonesia

'Mechanical Engineering for Production Department, Gyeongsang National University, Jinju, 13557, South Korea

View additional affiliations v

Ab

s

t

ra

ct

Compact heat exchanger with gas as a heat exchange medium is widely used in power plants, automotive, air conditioning, and others. However, the gas has a

low thermal conductivity resulting in high thermal resistance causing a low rate of heat transfer. Therefore an improvement to the convection heat transfer coefficient is necessary. One way to enhance the convection heat transfer coefficient is to use a longitudinal vortex generator. However, the increase in convection heat transfer coefficient is followed by an increase in pressure drop. Therefore, this work aims to improve the convection heat transfer coefficient with a low pressure drop. To achieve this goal, experiments were carried out by perforating a longitudinal vortex generator with a diameter of 5 mm with

variations in holes number one, two and three. Two types of longitudinal vortex generators are compared. The experimental results show that the convection

R

e

l

a

t

ed do

c

u

m

en

t

s

Find more related documents in Scopus based on:

Authors)

heat transfer coefficient for the case of perforated concave delta winglet vortex generator is only decreased by 1% from that without a hole, while the pressure drop is decreased by 11.6%.

©

The Authors, published by EDP Sciences, 2018.

Sc

i

Va

l Top

ic

P

ro

m

in

en

c

e (D

Topic: Fins (heat exchange)

I

Heat exchangers Delta winglet Prominence percentile: 96.548 ---■ (D

F

u

nd

i

ng de

t

a

ils

This work was supported by the Fundamental Research Project of Indonesia (KEMENRISTEK DIKTI). The authors are grateful to all research members, especially Lab. Thermofluid of Mechanical Engineering of Diponegoro University Indonesia, Lab. Energy Conversion Machine of Mechanical Engineering of Malang State University (UM) Indonesia, and Advanced Combustion Lab. Of Mechanical and Aerospace Engineering Faculty of Gyeongsang National University Korea.

ISSN: 2261236X

Source Type: Conference Proceeding

Original language: English

DOI: 10.1051/matecconf/201820404015

DocumentType: Conference Paper

Volume Editors: Suryanto A.H.,Lubis D.Z.,Ginta T.L.,Permanasari A.A.,Astuti A.D.,Puspitasari P.,Srikun l.,Akhtar M.N.,Pradana Y.R.,Larasati A.,Jebeli M.S.

Sponsors:

(3)

Scopus

https://www.scopus.com/sourceid/21100316064

Source details

MATEC Web of Conferences

Scopus coverage years:

from

2012 to 2018

(cove

rage discontinued in

Scopus)

E-ISSN:

2261-236X

Feedback )

CiteScore 2018

0.42

Add CiteScore to your site

Subject area:

(Engineering: General Engineering) Materials Science: General Materials Science ( Chemistry: General Chemistry) SJR 2018

0.169

View all documents) E) Save to source list

SNIP 2018

0.548

CiteScore

CiteScore rank

8{

trend

CiteScore

presets

Scopus content coverage

CiteScore

20l8

Calculated using data from 30 April, 2019

CiteScore

rank

CD

Category Rank Percentile

0.42

Engineering

$

Citation Count 2018

$

Documents

2015

-2017*

3,909 Citation

s

)

9

,

385 Document

s

>

L

General Engineering tH93/275 - 29th

*CiteScore includes all available document types View Cite Score methodology) Cite Score FAQ)

$

Metrics displaying this icon are compiled according to Snowball Metrics;,, , a collaboration between industry and academia.

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MATEC Web of Conferences 204. 00002(2018)

IMJEC2018

hups://doi.org/10. I 051/malecconf/201820400002

NTERNATIONAL ECHANICAL

& NDUSTRIAL NGINEERING DNFERENCE

CIMIECJ 2018

WELCOMING ADDRESS

Chairman of International Mechanical and Industrial Engineering Conference, IMIEC 2018

Distinguished guests, respected colleagues, and ladies and gentlemen,

It is the time successfully to wrap up a year's work. Considering just how busy you all must be,

thank you very much for taking your precious time to participate in the International Mechanical and Industrial Engineering Conference, IMIEC 2018.

In particular, I would like to extend my gratitude to distinguished keynote speakers from abroad.

First of all, please allow me to express my sincere appreciation for coming to our city for:

1. Prof. Dr. Ir. Masjuki bin Hj Hassan., from Department of Mechanical Engineering, University of Malaya, Malaysia

2. Prof. Ir. I Nyoman Pujawan, M.Eng, Ph.D, From Department of Industrial Engineering, Sepuluh November Institute of Technology, Surabaya

3. Prof. Akio Miyara, from Department of Mechanical Engineering, Saga University, Japan 4. Prof. Prakasit Sokrai, from Department of Industrial Engineering, Pranakhon Rajabhat

University, Thailand.

And also our invited speakers and presenters from all over the world,

5. SM Shahrul Nizan Shikh Zahari PhD, DIC, MRSC, Industrial Chemical Technology Programme, Faculty of Science & Technology, Universiti Sains Islam Malaysia

6. Assoc. Prof. Andrzej Katunin, from Institute of Fundamentals of Machinery Design, Faculty of Mechanical Engineering,Silesian University of Technology, Poland.

I welcome all of you and hope that this event will serve as a catalyst for strengthening national and international cooperation on the share of all coverage mechanical engineering and industrial

engineering.

This conference is being held in a series of events 64th Anniversary of State University Malang

and 53rd Anniversary of Engineering Faculty.

In addition, I am most thankful for the ceaseless efforts of all committee members of IMIEC consortia, all organizers, all cooperating institution as well as the sponsors that support us.

In this opportunity, I would like to report related to scientific of IMIEC 2018. The committee has

received up to 200 manuscripts from 7 countries and more than 15 institutions. From 200

manuscript, the committee has decided to accept 122 papers that wi II published in MATEC

International Proceeding indexed by SCOPUS. There are 7 topics consist of 4 topics from

(34)

6. Dr. Andoko, M.T

7. Dr. Ahmad Dardiri, M.Pd 8. Dr. Hary Suswanto, M.T

9. Dr. Tuwoso, M.T

International Advisory Board

rof. Dr. Norani Muti Mohamed, Universiti Teknologi Petronas, Malaysia .Dr. Jeefferie Abd Razak, Universiti Teknikal Melaka, Malaysia . Majid Niaz Akhtar, Ph.D. COMSAT Institute, Pakistan

6. Dr. Dawid Jann (S' esian Unive.cii!y of Techno gy, Gwilice, Pola . Prof. Jack Y.P WangJSTUST, Taiwan

Chairman

Dr. Sukarni, M.T

Secretary

Aisyah Larasati, Ph.D

Treasurer

Ahmad Atif Fikri, M.Eng

Technical Chair Rr. Poppy Puspitasari, Ph.D

Publication Ahmad Atif Fikri, M.Eng Dedi Mukhlas

Sponsorship

Didin Zakaria Lubis, M.Eng Yanuar Rohmat Aji Pradana, M.Sc

IT & Media

Dedi Mukhlas Didin Zakaria Lubis, M.Eng

Logistic, Food & Beverage Dwi Larasati lka Ramadhani

Scientific Committee

1. Dr. Andoko, M.T 2. Rr. Poppy Puspitasari, M.T., Ph.D 3. Dr. Sukarni, M.T 4. Dr. Aminuddin, M.T 5. Dr. Retno Wulandari, M.T 6. Dr. Heru Suryanto, M.T 7. Aisyah L.arasati, Ph.D 8. Anik Dwi Astuti, M.T 9. Ahmad Atif Fikri, M.Eng

10. Avita Ayu Permanasari, M.T

25 May - 10 July 2018 Late Registration 11 July - 25 August 2018 Conference Date 30-31 August 2018

CLOSE REGISTRATION

SUPPORTED BY

The Learning

University

PUBLISHED AT

Ju-.rn.al

Teknik Industri

(35)

4. Assoc. Prof. Dr. Turnad Lenggo Ginta (UTP, Malaysia)

5. Dr. Shikh Mohd Shahrul Nizan Shikh Zahari AMRSC (Universiti Sains Islam Malaysia) 6. Dr. Jeefferie Abd Razak (Universiti Teknikal Melaka, Malaysia)

. Dr. Dawid Jannas (Silesian University of Technology, Gwilice, Poland)

·8. Dr. Kashif Mughal (Pakistan)

&. Dr. Benny Eko Jjahjono (Cranfield Universi!Y, UK)

11. Dr. Min Wen Wang (KUAS, Taiwan) 12. Dr. Yijia Chen (NDHU, Taiwan) 13. AP. Dr. Hua-Chih Huang (KUAS, Taiwan) 14. Dr. Pavia Giussepe (Carl Zeiss, Germany) 15. Prof. Dr. Sirichok (SUT, Thailand) 16. Prof. Arif Hidayat (UM, Indonesia) 17. Nandang Mufti, Ph.D (UM, Indonesia)

About IMIEC 2018

After the first edition has successfully held in 2016, The 2nd International Mechanical and Industrial Engineering Conference (IMIEC) 2018 will be proudly represented on August 2018. As the biannual International Program organized

by Mechanical Engineering Department of Universitas Negeri Malang (UM).

Main Menu

Home Call for Paper

Committee Contact Us Gallery Payment • Program • Publication • Registration

• State University of Malang • Submission

The Beautiful of Mount Bromo Venue

• Welcome to IMIEC 2018

Copyright 2017 IMIEC Faculty of Engineering State University of Malang

News Info Contact Us

9 Universitas Negeri Malang (UM) Semara St. No. 5, Malang (65145) East Java - lndom I.. +62 858-1540-7963 / +62 813-3349-9:

[email protected]

f ti G• in

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