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Content
Volume 38 (2025)
Volume 38, Issue 3
Pg 315 - 495 (June 2025)
Volume 38, Issue 2
Pg 169 - 313 (April 2025)
Volume 38, Issue 1
Pg 1 - 168 (February 2025)
Volume 37 (2024)
Volume 37, Issue 6
Pg 739 - 901 (December 2024)
Volume 37, Issue 5
Pg 559 - 737 (October 2024)
Volume 37, Issue 4
Pg 401 - 557 (August 2024)
Volume 37, Issue 3
Pg 267 - 400 (June 2024)
Volume 37, Issue 2
Pg 127 - 265 (April 2024)
Volume 37, Issue 1
Pg 1 - 126 (February 2024)
Volume 36 (2023)
Volume 36,
Pg 1 - 195 (December 2023)
Volume 35 (2023)
Volume 35,
Pg 1 - 185 (October 2023)
Volume 34 (2023)
Volume 34,
Pg 1 - 181 (August 2023)
Volume 33 (2023)
Volume 33,
Pg 1 - 154 (June 2023)
Volume 32 (2023)
Volume 32,
Pg 1 - 120 (April 2023)
Volume 31 (2023)
Volume 31,
Pg 1 - 161 (February 2023)
Volume 30 (2022)
Volume 30,
Pg 1 - 218 (December 2022)
Volume 29 (2022)
Volume 29,
Pg 1 - 200 (October 2022)
Volume 28 (2022)
Volume 28,
Pg 1 - 176 (August 2022)
Volume 27 (2022)
Volume 27,
Pg 1 - 162 (June 2022)
Volume 26 (2022)
Volume 26,
Pg 1 - 196 (April 2022)
Volume 25 (2022)
Volume 25,
Pg 1 - 135 (February 2022)
Volume 24 (2021)
Volume 24, Issue 2
Pg 207 - 391 (December 2021)
Volume 24, Issue 1
Pg 1 - 206 (October 2021)
Volume 23 (2021)
Volume 23, Issue 2
Pg 189 - 388 (August 2021)
Volume 23, Issue 1
Pg 1 - 188 (June 2021)
Volume 22 (2021)
Volume 22, Issue 2
Pg 133 - 335 (April 2021)
Volume 22, Issue 1
Pg 1 - 132 (February 2021)
Special Issue II (2020)
Special Issue II, Advances in Mechanical System and ICT-Convergence
Pg 1 - 157 (December 2020)
Volume 21 (2020)
Volume 21, Issue 2
Pg 167 - 318 (December 2020)
Volume 21, Issue 1
Pg 1 - 166 (October 2020)
Special Issue (2020)
Special Issue, Advances in ICT-Convergence
Pg 1 - 201 (September 2020)
Special Issue (2020)
Special Issue, Advances in Mechanical System and ICT-Convergence
Pg 0 - 90 (June 2020)
Volume 20 (2020)
Volume 20, Issue 2
Pg 89 - 204 (August 2020)
Volume 20, Issue 1
Pg 1 - 88 (June 2020)
Volume 19 (2020)
Volume 19, Issue 2
Pg 215 - 316 (April 2020)
Volume 19, Issue 1
Pg 1 - 213 (February 2020)
Volume 18 (2019)
Volume 18, Issue 2
Pg 233 - 496 (December 2019)
Volume 18, Issue 1
Pg 1 - 232 (October 2019)
Special Issue (2019)
Special Issue, Advances in Mechanical System and ICT-convergence
Pg 1 - 192 (October 2019)
Volume 17 (2019)
Volume 17, Issue 2
Pg 277 - 618 (August 2019)
Volume 17, Issue 1
Pg 1 - 275 (June 2019)
Volume 16 (2019)
Volume 16, Issue 2
Pg 221 - 386 (April 2019)
Volume 16, Issue 1
Pg 1 - 220 (February 2019)
Special Volume (2018)
Special Volume, Issue III, Advances in Mechanical System and ICT-convergence
Pg 299 - 418 (August 2018)
Special Volume (2018)
Special Volume, Issue II, Advances in Mechanical System and ICT-convergence
Pg 151 - 298 (July 2018)
Special Volume (2018)
Special Volume, Issue I, Advances in Mechanical System and ICT-convergence
Pg 1 - 149 (June 2018)
Volume 15 (2018)
Volume 15, Issue 4
Pg 791 - 1001 (November 2018)
Volume 15, Issue 3
Pg 483 - 790 (August 2018)
Volume 15, Issue 2
Pg 157 - 481 (May 2018)
Volume 15, Issue 1
Pg 1 - 156 (February 2018)
Volume 14 (2017)
Volume 14, Issue 4
Pg 445 - 597 (November 2017)
Volume 14, Issue 3
Pg 277 - 443 (August 2017)
Volume 14, Issue 2
Pg 187 - 275 (May 2017)
Volume 14, Issue 1
Pg 1 - 186 (February 2017)
Volume 13 (2016)
Volume 13, Issue 4
Pg 445 - 602 (November 2016)
Volume 13, Issue 3
Pg 303 - 444 (August 2016)
Volume 13, Issue 2
Pg 143 - 301 (May 2016)
Volume 13, Issue 1
Pg 1 - 141 (February 2016)
Volume 12 (2015)
Volume 12, Issue 2
Pg 103 - 210 (November 2015)
Volume 12, Issue 1
Pg 1 - 102 (August 2015)
Volume 11 (2015)
Volume 11, Issue 2
Pg 109 - 227 (May 2015)
Volume 11, Issue 1
Pg 1 - 107 (February 2015)
Volume 10 (2014)
Volume 10, Issue 2
Pg 127 - 202 (November 2014)
Volume 10, Issue 1
Pg 1 - 61 (August 2014)
Volume 9 (2014)
Volume 9, Issue 2
Pg 101 - 202 (May 2014)
Volume 9, Issue 1
Pg 1 - 100 (February 2014)
Volume 8 (2013)
Volume 8, Issue 2
Pg 119 - 210 (November 2013)
Volume 8, Issue 1
Pg 1 - 98 (August 2013)
Volume 7 (2013)
Volume 7, Issue 2
Pg 113 - 209 (May 2013)
Volume 7, Issue 1
Pg 1 - 111 (February 2013)
Volume 6 (2012)
Volume 6, Issue 3
Pg 213 - 325 (October 2012)
Volume 6, Issue 2
Pg 73 - 211 (June 2012)
Volume 6, Issue 1
Pg 1 - 72 (February 2012)
Volume 5 (2011)
Volume 5, Issue 3
Pg 181 - 253 (October 2011)
Volume 5, Issue 2
Pg 89 - 179 (June 2011)
Volume 5, Issue 1
Pg 1 - 88 (February 2011)
Volume 4 (2010)
Volume 4, Issue 3
Pg 189 - 280 (October 2010)
Volume 4, Issue 2
Pg 113 - 187 (June 2010)
Volume 4, Issue 1
Pg 1 - 112 (February 2010)
Volume 3 (2009)
Volume 3, Issue 3
Pg 167 - 252 (October 2009)
Volume 3, Issue 2
Pg 73 - 166 (June 2009)
Volume 3, Issue 1
Pg 1 - 72 (February 2009)
Volume 2 (2008)
Volume 2, Issue 3
Pg 229 - 338 (October 2008)
Volume 2, Issue 2
Pg 117 - 228 (June 2008)
Volume 2, Issue 1
Pg 1 - 116 (February 2008)
Volume 1 (2007)
Volume 1, Issue 3
Pg 233 - 342 (October 2007)
Volume 1, Issue 2
Pg 113 - 232 (June 2007)
Volume 1, Issue 1
Pg 1 - 112 (February 2007)
Categories
Computer Science and Artificial Intelligence
Engineering and Sciences
Materials Engineering
Mathematics and Statistics
Oceanography
All Journals
Notice:
All new articles and volumes will be published only on our new website —
www.pphmjopenaccess.com
Notice:
All new articles and volumes will be published only on our new website —
www.pphmjopenaccess.com
JP Journal of Heat and Mass Transfer
JP Journal of Heat and Mass Transfer
Volume 2, Issue 1, Pages 1 - 13 (February 2008)
FEASIBLE STUDY ON DEVELOPMENT OF TITANIUM VARIABLE CONDUCTIVE HEAT PIPES
Masaru Ishizuka (Japan) and Shinji Nakagawa (Japan)
Abstract:
Titanium has been considered to be a useful material for space use heat pipes because of its lighter density and thermal properties. However, titanium has been abandoned for a long time as heat pipe material since it has been believed to be too hard and brittle for machining and fabricating during heat pipe production. Therefore, a feasible study of titanium variable conductance heat pipes was carried out in order to determine whether titanium is useful material or not. In this study, two types of titanium heat pipes were designed, and developed. The heat pipes developed were a titanium-ammonia fixed conductance heat pipe (FCHP) with axial grooves and a titanium-ammonia-gas loaded variable conductance heat pipe (VCHP) with a heated reservoir. Nitrogen was charged to VCHP as non-condensible gas. The manufacturing processes in this heat pipe development program were studied successfully, and it has been clarified that titanium is very desirable as heat pipe material for use in space.
Keywords and phrases:
titanium, variable conductive heat pipe, use in space, feasible study on development.
Number of Downloads:
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P-ISSN: 0973-5763
E-ISSN: 3049-2556
Journal Stats
Publication count:
804
Citation count (Google Scholar):
0
h10-index (Google Scholar):
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h-index (Google Scholar):
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Downloads :
256922
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1014173
Downloads/publish articles:
319.55
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