This cv is uploaded here in order to share information about me to my students. Thanks, Mirmanto

1. Curriculum Vitae
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Name
NIDN
NIP
Place and date of birth
Religion
Status
Address
Correspondent address
Office address
Education
Work experience/ coarse
(training)/ Seminar.
Research Experience,
Community service.
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Mirmanto, ST, MT, Ph.D
0012037002
197003121998031002
Wonosobo, March 12, 1970.
Christian
Married.
BTN Puri Satria, Komplek Brimob, JL. Skip,
Ampenan, Mataram, NTB.
mmirmanto@gmail.com
Mechanical Engineering , Mataram University,
Jl. Majapahit No. 62, Mataram, hp. 082111738971
Mechanical Engineering , Mataram University,
Jl. Majapahit No. 62, Mataram, Telp. (0370)636128
Graduate (S1)- Gadjah Mada University, 1996
Postgraduate (S2)- Gadjah Mada University, 2000.
Doctoral (S3)- Brunel University London, UK,
2013.
PT. Freeport Indonesia, 1996
PT. Kayaba Astra, 1997
Lecture, Mataram University since 1998-now
Training of Motorbike services, Yogyakarta, 1992.
Training of Lecture Entrepreneurship, Mataram,
2000.
Seminar of Technical Science, Yogyakarta, 2000.
Research:
• Study flooding and flow reversal in a
vertical, EEDP, Gadjah Mada University,
Yogyakarta (1997-2000)
• Sea water purification using solar energy
with an corrugated absorber, DPP/SPP,
Mataram University, November 2000
• Cleaning the iron rust with an electrolysis
process, DPP/SPP, Mataram University,,
November 2000
• The characteristic of water flow in a pipe,
DPP/SPP, Mataram university, 2006.
• Flow measurement using different
pressures, DPP/SPP, Mataram, University,
2007.
• Vertical axis wind turbine; the influence of
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2. the shapes and number of the blades to its
characteristic performance, Dikti, 2007.
• Flow boiling of water in horizontal
rectangular microchannels, 2009 s/d 2013,
Riset S3 di Brunel University London, UK.
Community service:
• Maintenance, reparation and installation of
Home Water Pump. Mataram University,
2000.
• Mesin press untuk pembuatan skop di desa
getap, Cakranegara, Mataram,
• Penyuluhan energi angin untuk
membangkitkan energi listrik di SMA 2
Mataram, 2013.
• Penyuluhan pengering tenaga surya di desa
Batu Nampar, Lotim, 2014.
• Penyuluhan energi alternatif dan angin di
SMA 1 Mataram, 2014.
Publication:
NO. TITLE PUBLISHER
1. Flooding and flow reversal in a vertical pipe with
elbow and bell-mouth outlet system.
Jurnal Media Teknik, UGM, 2000.
2. The effect of the pipe length toward flooding in a
vertical pipe with sharp inlet-sharp outlet,
Jurnal Oryza Universitas Mataram,
Juli 2001.
3. An experimental of solar water purification with
and without commercial mirror reflector.
Oryza, Vo. II/No. 4, ISSN No.
0125-169X, Januari 2004
4. The performance of solar air heater using zing
absorber and the air flowing below the absorber.
Oryza, Vo. III/No. 4, ISSN No.
0125-169X, Januari 2005
5. The effect of catalyst and methanol mixer toward
flash point and gross heating value of castor oil.
Jurnal Termodinamika dan fluida,
BPPT BTMP, Balai
Termodinamika Motor dn Propulsi,
No. 15/Tahun VIII Volume 1,
ISSN: 1410-2757, Juni 2004.
6. Mechanic properties and micro structure of EMS
45 welding with V and X joint model.
Oryza, Vol I /No. 4, Januari 2003
ISSN:0125-169X.
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3. 7. An experimental solar water heater with and
without commercial mirror reflector.
Oryza, Vol II/No. 4, Januari 2004.
ISSN:0125-169X.
8. The effect of the reflector angle to the
performance of solar water heater bare tube type.
Oryza, Vol IV/No.2, Juli 2005.
9. Thermodynamic review of rubbish energy in
Mataram
Oryza, Vol. IV/No.3, Oktober
2005.
10. Characteristic of water flow in PVC pipe, pipe
joint and gate valve.
ORYZA, Vol. 6/No.3 Juli 2007.
11. Calorimetric value of organic rubbish. Jurnal Teknik, REKAYASA, Vol.
7/No. 1, Juni 2006.
12. Pressure drop and heat transfer characteristics for
single-phase developing flow of water in
rectangular microchannels
Conference, Eurotherm 12, Poitiers,
France.
13. Flow patterns and heat transfer measurements for
flow boiling of water in a rectangular
microchannel.
Conference, Micro fluidics 2012,
Heidelberg, Germany
14 Flow boiling of water in three different hydraulic
diameter rectangular microchannels
2 - 3 September 2013
Imperial College London
15 Pressure drop and heat transfer characteristics for
single-phase developing flow of water in
rectangular microchannels, Journal of Physics:
conference series.
JOURNAL OF PHYSICS:
CONFERENCE SERIES, 2012
16 Developing flow pressure drop and friction factor
of water in copper microchannels, Journal of
mechanics engineering and automation.
JOURNAL OF MECHANICS
ENGINEERING AND
AUTOMATION, 2013
17 Prediction and measurement of pressure drops of
water flowing in a rectangular microchannel,
JURNAL DINAMIKA TEKNIK
MESIN, 2013
18 Heat transfer coefficient calculated using a linear
pressure gradient assumption and measurement
for flow boiling in microchannels,
INT. J. HEAT AND MASS
TRANSFER, ELSEVIER, VOL.
79, 2014.
19 Effects of boiling in the upstream loop on
instability of flow boiling in a microchannel
JURNAL REKAYASA, VOLUME
14 NO. 12, 2013.
20 Effect of tube diameter and surface roughness on
fluid flow friction factor
DINAMIKA TEKNIK MESIN
VOLUME 4, NO. 2, 2014
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4. Mataram, March 22, 2015
Mirmanto
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