Masanori Monde

Saga University

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Yuichi Mitsutake

Saga University

Y. Mitsutake

Saga University

Toshiaki Inoue

Kurume Institute of Technology

Hirofumi Arima

Saga University

Peter Woodfield

Griffith University

Masataka Kosaka

Saitama Institute of Technology

Yasuyuki Takata

Kyushu University

Jaffar A. Hammad

Saga University

Mohammad Nasim Hasan

Bangladesh University of Engineering and Technology

Naoya Sakoda

Kyushu University

Cooperative Institutions

Saga University

Kyushu University

The University of Tokyo

Japan Atomic Energy Agency

Kyoto University

Tokyo University of Science

Osaka University

National Institute of Advanced Industrial Science and Technology

Tohoku University

Tokyo Institute of Technology

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Measurement of liquid-film thickness during pass of bubble in a vertical rectangular channel

Heat Transfer (1992)

Masanori Monde Shin‐ichi Mihara Hiroyuki Okafuji

An experiment has been conducted to measure the thickness of the liquid film remaining on a wall when rising air bubbles with lengths from 0.01 to 0.03 m are injected at periods from 0.1 to 2.0 s into a vertical rectangular channel. The results of the experiment show that the thickness of the liquid film is x* = 70.3 [mu]m for a channel clearance of s = 2 mm while x* = 56.0 [mu]m for s = 1.5 and 1 mm. The bubble length and the period of the passing bubble have little effect on the thickness.

Air bubble

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Citations (1)

水の沸騰熱伝達の経年変化に及ぼす界面活性剤の影響 ; Effect of a surface : active agent on secular change of nucleate boiling heat transfer in water ; ミズノフットウネツデンタツノケイネンヘンカニオヨボスカイメンカッセイザイノエイキョウ

利明井上政則門出 Toshiaki Inoue マサノリモンデ Toshiaki Inoue

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Analytical Approach Solution with Laplace Transformation to the Inverse Problem of One Dimensional Heat Conduction.

TRANSACTIONS OF THE JAPAN SOCIETY OF MECHANICAL ENGINEERS Series B (2000)

Masanori Monde Y. Mitsutake Takahiro SIKI Tomoya NISHIMOTO

An analytical method has been developed for the inverse heat conduction problem, when the temperatures are known at two positions in a finite body. On the basis of these known temperatures, a closed form solution is determined for the transient temperatures beyond the two positions by using Laplace transform technique. The method first approximates the temperature data with a half polynomial power series of time. The expressions for the surface temperature and the surface heat flux are explicitly obtained in the form of the power series of time. Numerical results for some representative problems show that the temperature and heat flux can be predicted well by this method.

Heat equation

10.1299/kikaib.66.519

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Citations (5)

Estimation of Uncertainty in an Analytical Inverse Heat Conduction Solution

Experimental Heat Transfer (2009)

Peter Woodfield Masanori Monde

The method of sequential perturbations is applied to find the uncertainty in estimated surface temperature and heat flux from a two-dimensional analytical inverse heat conduction problem related to impinging jet quenching experiments. It is shown that for meaningful uncertainty estimates, the inverse solution itself must be formulated such that it can be interpreted as giving average surface conditions over a small period of time and space. A procedure for estimating the time and space resolution limits of the solution is proposed.

Standard uncertainty

Inverse method

Heat equation

10.1080/08916150902805968

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Citations (15)

Dynamic Behavior and Refrigeration Performance in a Heat Driven Type Compact Metal Hydride Refrigeration System

Sangchul Bae Masataka Kosaka Masanori Monde Masafumi Katsuta

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Critical Heat Flux in a Saturated Forced Convective Boiling with an Impinging Jet : Applicable Limit of a Generalized Correlation

TRANSACTIONS OF THE JAPAN SOCIETY OF MECHANICAL ENGINEERS Series B (1984)

Masanori Monde

従来の整理式の不備を明確にし、最近甲藤・原村が提案した限界熱流束に対する新しい流体力学的モデルから導出される整理式について検討し、広い範囲の限界熱流束を予測できる整理式を提案した。そして、その整理式の適用範囲についても検討を行った。

Forced convection

10.1299/kikaib.50.1392

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Citations (2)

F216 Critical Heat Flux of Natural Circulation Boiling in a Vertical Tube

Proceedings of thermal engineering conference (2001)

Masanori Monde Y. Mitsutake

An experimental study has been made to elucidate an effect of inflow from the top of heated tube on the critical heat flux. The experiment has been carried out for the condition of heated tube length of L=100 to 1000 mm, tube diameter of D=4 to 9 mm and the CHF was measured under the condition that the exit of the unheated tube connecting the heated tube was extruded into a vapor chamber to prevent a liquid flowing into the heated tube from the top of the tube. The experiment reveals that the CHF for D=7 and 9 mm and any tube length from 100 to 1000 mm becomes identical to that for the case of the tube top being in the liquid, while the CHF for D=4 and 5 mm is smaller than that for the case of the tube top being in the liquid due to no liquid supply from the top. It is found that the oscillation induced near the CHF increases the CHF.

Natural circulation

10.1299/jsmeptec.2001.0_591

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CRITICAL HEAT FLUX IN A FORCED CONVECTIVE SUBCOOLED BOILING WITH AN IMPINGING JET

Proceeding of International Heat Transfer Conference 9 (1994)

Masanori Monde Koji Kitaguchi Takahiro Inoue Yuichi Mitsutake

Subcooling

Forced convection

10.1615/ihtc10.1380

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Citations (21)

A new estimation method of thermal diffusivity using analytical inverse solution for one-dimensional heat conduction

International Journal of Heat and Mass Transfer (2001)

Masanori Monde Yuichi Mitsutake

Thermal conductivity measurement

Heat equation

Thermal transmittance

Mass diffusivity

10.1016/s0017-9310(00)00342-2

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Citations (41)

D132 Heat transfer enhancement using rectangular fins of metal hydride particles bed

The Proceedings of the Thermal Engineering Conference (2009)

Masataka Kosaka Masanori Monde Yuichi Mitsutake

One of the improvement techniques of effective thermal conductivity for metal hydride particles bed is a insertion of radial fins into the bed, by which the heat transfer characteristics and reaction kinetics can be enhanced. Rectangular fins are inserted from 3 to 6 into the metal hydride particles bed and hydrogen absorption amount of metal hydride has been measured by constant volume Sievert's method. Reaction kinetics is defined as a ratio of 80% of maximum hydrogen absorption over the absorption time when the amount of hydrogen absorption reaches its corresponding value. As the results, radial fins are useful for the enhancement of the heat transfer and reaction kinetics of metal hydride particles bed. Reaction kinetics of reactor with 6 fins can become two times faster than that without the fin.

10.1299/jsmeted.2009.105

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