Updated on 2022/07/02

写真a

 
YAMAGUCHI, Seiichi
 
Affiliation
Faculty of Science and Engineering, School of Fundamental Science and Engineering
Job title
Associate Professor

Concurrent Post

  • Faculty of Science and Engineering   Graduate School of Fundamental Science and Engineering

Research Institute

  • 2020
    -
    2022

    理工学術院総合研究所   兼任研究員

  • 2020
    -
    2022

    リサーチイノベ　オープンイノベーション推進セクション   兼任センター員

Education

  • 2005.04
    -
    2008.03

    Waseda University   Graduate School of Science and Engineering   Department of Mechanical Engineering, Doctor course  

  • 2003.04
    -
    2005.03

    Waseda University   Graduate School of Science and Engineering   Department of Mechanical Engineering, master course  

  • 1999.04
    -
    2003.03

    Waseda University   School of Science and Engineering   Department of Mechanical Engineering  

Degree

  • 早稲田大学   博士（工学）

Research Experience

  • 2017.04
    -
    Now

    Waseda University   Faculty of Science and Engineering, School of Fundamental Science and Engineering, Department of Applied Mechanics and Aerospace Engineering   Associate Professor (without tenure)

  • 2016.04
    -
    2017.03

    Waseda University   Faculty of Science and Engineering, Research Institute for Science and Engineering   Research Associate Professor

  • 2010.04
    -
    2016.03

    Waseda University   Faculty of Science and Engineering, School of Fundamental Science and Engineering, Department of Applied Mechanics and Aerospace Engineering   Assistant Professor

  • 2007.04
    -
    2010.03

    Waseda University   Faculty of Science and Engineering, School of Fundamental Science and Engineering, Department of Applied Mechanics and Aerospace Engineering   Research Assistant

Professional Memberships

  • 　
    　
    　

    Japan Society of Refrigerating and AirConditioning Engineers

  • 　
    　
    　

    The Japan Society of Mechanical Engineers

 

Research Areas

  • Mechanics and mechatronics   Process Control

  • Thermal engineering   Heat and mass transfer

  • Thermal engineering   Refrigeration and Air-conditioning

Research Interests

  • Optimal Control

  • Desiccant Air Conditioning

  • Heat and Mass Transfer

  • Refrigeration and Air Conditioning

Papers

  • Numerical simulation of Marangoni convection within absorptive aqueous Li-Br

    N. Giannetti, S. Yamaguchi, K. Saito

      92   176 - 184  2018.08  [Refereed]

  • Semi-theoretical prediction of the wetting characteristics of aqueous ionic liquid solution on an aluminum finned-tube desiccant contactor

    N. Giannetti, R.J. Varela, H.M. Ariyadi, S. Yamaguchi, K. Saito, X.M. Wang, H. Nakayama

      140 ( 12 ) 121109 - 121109-10  2018.08  [Refereed]

  • Thermodynamic analysis of irreversible desiccant systems

    N. Giannetti, S. Yamaguchi, A. Rocchetti, K. Saito

    Entropy   20 ( 8 ) 595  2018.08  [Refereed]

  • Simplified expressions of the transfer coefficients on a partially wet absorber tube

    N. Giannetti, S. Yamaguchi, K. Saito

        JIJR4037  2018.07  [Refereed]

  • Operation performance enhancement of single-double-effect absorption chiller

    Arnas Lubis, Jongsoo Jeong, Niccolo Giannetti, Seiichi Yamaguchi, Kiyoshi Saito, Hajime Yabase, Muhammad I. Alhamid, Nasruddin

    Applied Energy   219   299 - 311  2018.06  [Refereed]

    　View Summary

    Absorption chillers constitute a valuable option for utilising solar energy. Specifically, when installed in tropical regions, this technology ideally matches the needs for refrigeration and air-conditioning because of the abundance of solar energy throughout the year. A single-double-effect absorption chiller combines the single and double-effect configurations to compensate for the unpredictable instantaneous availability of solar radiation and cooling load fluctuations. The operative performance of this system is strongly affected by internal parameters such as the absorber outlet solution flow rate and the solution distribution ratio, which connect the operability of the single and double-effect configurations. Therefore, these important parameters are currently used to maximise system performance while assuring its stability. This study discusses how the COP of a single-double-effect absorption chiller, for solar cooling applications in tropical areas, can be maximised (1.55 at full load, and up to 2.42 at 60% partial load) by manipulating those internal parameters. The simulation results were compared with the experimental data (field test data) and, by adopting the appropriate control method, showed an improvement of the system performance between 12 and 60% when compared to a corresponding double-effect configuration.

    DOI

  • General correlations for the heat and mass transfer coefficients in an air-solution contactor of a liquid desiccant system and an experimental case application

    Richard Jayson Varela, Seiichi Yamaguchi, Niccolo Giannetti, Kiyoshi Saito, Masatoshi Harada, Hikoo Miyauchi

    International Journal of Heat and Mass Transfer   120   851 - 860  2018.05  [Refereed]

    　View Summary

    This paper presents general types of correlation for the heat and mass transfer coefficients inside an air-solution contactor as expressions of Reynolds-Prandtl numbers and Reynolds-Schmidt numbers, respectively. These general equations summarize the physical and thermophysical properties of the air, the solution, and the contactor, which make them capable to be used for parametric studies provided they are fitted in a wide range of experimental data that include all the properties involved. In this work, a liquid desiccant system with an adiabatic structured packed bed as contactor and an aqueous lithium chloride as solution was constructed. The experimental data taken at various air superficial velocities and solution flow rates were fitted to the general correlations, and comparisons between the predicted and experimental results for both coefficients are within ±10%, for both dehumidification and regeneration processes. In addition, the calculated values of the outlet air humidity ratio and temperature agree well with the experimental data for both processes. The particular equations for the heat and mass transfer coefficients can be used to perform parametric studies at different air superficial velocities and solution flow rates with very good accuracy. Results from this study can help improve the system design and operation methods of air-solution contactors.

    DOI

  • Development and validation of an analytical formulation of the Nusselt and Sherwood numbers on a partially wetted absorber tube

    N. Giannetti, R. Moriwaki, S. Yamaguchi, K. Saito

      24   850 - 860  2018.05  [Refereed]

  • Heat and mass transfer coefficients of falling-film absorption on a partially wetted horizontal tube

    Niccolò Giannetti, Andrea Rocchetti, Seiichi Yamaguchi, Kiyoshi Saito

    International Journal of Thermal Sciences   126   56 - 66  2018.04  [Refereed]

    　View Summary

    Detailed, reliable, and time-saving methods to predict the transfer characteristics of horizontal-tube falling-film absorbers are critical to control system operability, such that it is closer to its technical limitations, and to optimise increasingly complex configurations. In this context, analytical approaches continue to hold their fundamental importance. This study presents an analytical solution of the governing transport equations of film absorption around a partially wetted tube. A film stability criterion and a wettability model extend the validity range of the resulting solution and increase its accuracy. Temperature and mass fraction fields are analytically expressed as functions of Prandtl, Schmidt, and Reynolds numbers as well as tube dimensionless diameter and wetting ratio of the exchange surface. Inlet conditions are arbitrary. The Lewis number and a dimensionless heat of absorption affect the characteristic equation and the corresponding eigenvalues. Consequently, local and average transfer coefficients are estimated and discussed with reference to the main geometrical and operative parameters. Finally, a first comparison with the numerical solution of the problem and experimental data from previous literature is presented to support the simplifying assumptions, which are introduced and as a first model validation.

    DOI

  • Experimental investigation of the wetting characteristics of an aqueous ionic liquid solution on an aluminum fin-tube substrate

    Richard Jayson Varela, Niccolò Giannetti, Seiichi Yamaguchi, Kiyoshi Saito, Xin-Ming Wang, Hiroshi Nakayama

    International Journal of Refrigeration   88   472 - 482  2018.04  [Refereed]

    　View Summary

    In falling film liquid desiccant systems, finding a suitable pair of liquid desiccant and contact surface is of primary engineering interest. This requires knowledge on the wetting characteristics of the liquid on the solid substrate, which consequently requires intensive experimental investigation. In this study, the wetting characteristics of a new ionic liquid aqueous solution in an aluminum fin-tube substrate were experimentally investigated. Then, a simple method for estimating the wetted area on the substrate through image processing was developed. Visual analysis of the surface wetting was also conducted, and three types of wetting patterns are discussed. Experimental results on the static contact angle and contact angle hysteresis suggest that the ionic liquid solution is mostly wetting, and the aluminum surface is slightly to moderately rough. It was found that the wettability of the ionic liquid solution increases as the ionic liquid mass fraction increases. The wetting hysteresis phenomenon and the factors contributing to its occurrence were also clarified. The results from this study would be useful for the development of a new model or improvement of existing wetting models, which can help improve the prediction and control of the heat and mass transfer performance in internally cooled/heated fin-tube contactors.

    DOI

  • Performance evaluation method of heat pump driven refrigerated display cabinets

    Keisuke Ohno, Mark Anthony Redo, Niccolo Giannetti, Seiichi Yamaguchi, Kiyoshi Saito

    Refrigeration Science and Technology   2018-   294 - 301  2018  [Refereed]

    　View Summary

    Annual heat load, energy consumption and COP of open refrigerated display cabinets (ORDC) driven by heat pump in supermarkets are assessed by means of a dedicated performance evaluation method. The system modelling approach is firstly presented, and subsequently fitted to experimental data measured within actual equipment working in a comprehensive range of operative conditions. The obtained characteristic equations for estimating the heat load of the ORDC and energy consumption of the condensing unit are employed for a first screening of the results with reference to the effect of the display cabinet set temperature, refrigerant evaporating temperature and supermarket room temperature. Seasonal temperature distributions of three representative locations are applied for the performance calculation of a selected arrangement of 5 different models of ORDCs in a store. This methodology is integrated in a dedicated software, with a user friendly interface, which is generally capable of predicting the annual performance of various combinations of different ORDCs and can therefore be used for benchmarking and identifying energy conservation opportunities.

    DOI

  • 低露点環境向けデシカント空調の制御に関する研究 第2報―数値計算による運転変数のパラメータスタディー

    伊藤卓, 大曲康仁, 山口誠一, 齋藤潔

    日本冷凍空調学会論文集   33 ( 2 ) 185 - 196  2016  [Refereed]

    DOI

  • Entropy parameters for falling film absorber optimization

    Niccolo Giannetti, Andrea Rocchetti, Arnas Lubis, Kiyoshi Saito, Seiichi Yamaguchi

    APPLIED THERMAL ENGINEERING   93   750 - 762  2016.01  [Refereed]

    　View Summary

    A local entropy generation analysis, for water vapor absorption in LiBr-H2O solution, is performed referring to velocity, temperature and concentration fields obtained from the numerical solution of mass and energy transport equations. The hydrodynamic description is based on Nusselt boundary layer assumption and the actual amount of irreversibility introduced is determined for an absorptive falling film over a cooled horizontal tube inside the absorber. Results are explored in different operative conditions in order to examine the impact of the various irreversibility sources in a wide operative range. A least irreversible solution mass flow-rate can always be identified. Furthermore, a simple and general thermodynamic analysis, carried out regarding a refrigerating and a heat boosting applications, makes evidence of a dimensionless group "Q/sigma T" that separates the weight of the irreversibilities and gives the way to an optimization criterion applied to the absorber in order to improve the whole system efficiency. Both thermodynamic equilibrium and sub-cooling conditions of the solution at the inlet are considered for typical temperature and concentration of refrigerators' absorbers and heat transformers' absorbers. Results suggest the importance to work at reduced mass flow-rates with a thin uniform film. In practice, tension-active additives are required to realize this condition. Also, it is highlighted that the two parameters defined with reference to the dimensionless group "Q/sigma T" can be maximized by specific values of the tube radius, operative Reynolds number, solution sub-cooling and temperature difference between the wall and the inlet solution. (C) 2015 Elsevier Ltd. All rights reserved.

    DOI

  • Irreversibility analysis of falling film absorption over a cooled horizontal tube

    Niccolo Giannetti, Andrea Rocchetti, Kiyoshi Saito, Seiichi Yamaguchi

    INTERNATIONAL JOURNAL OF HEAT AND MASS TRANSFER   88   755 - 765  2015.09  [Refereed]

    　View Summary

    Based on a numerical study of the water vapour absorption process in LiBr-H2O solution, for a laminar, gravity driven, viscous, incompressible liquid film, flowing over a horizontal cooled tube, irreversibilities related to fluid friction, heat transfer, mass transfer and their coupling effects have been locally and globally examined. The hydrodynamic description is based on Nusselt boundary layer assumptions. The tangential and normal velocity components, respectively obtained from momentum and continuity equations, have been used for the numerical solution of mass and energy transport equations in the two-dimensional domain defined by the film thickness and the position along the tube surface. Local entropy generation calculation can be performed referring to the calculated velocity, temperature and concentration fields. Results have been explored in different operative conditions, in order to examine comprehensively the impact of the various irreversibility sources and to identify the least irreversible solution mass flow-rate for the absorber. As a parallel, a refined understanding of the absorption process can be obtained. Considering absorption at the film interface and cooling effect at the tube wall, the analysis thermodynamically characterises the absorption process which occurs inside actual falling film heat exchangers and establishes a criterion for their thermodynamic optimisation. Results suggest the importance to operate at reduced mass flow rates with a thin uniform film. Meanwhile, tension-active additives are required to realise this condition. (C) 2015 Elsevier Ltd. All rights reserved.

    DOI

  • Local entropy generation analysis of water vapour absorption in a LiBr-H2O solution film, over a horizontal cooled tube

    Niccolò Giannetti, Andrea Rocchetti, Kiyoshi Saito, Seiichi Yamaguchi

    Refrigeration Science and Technology   2015   786 - 793  2015  [Refereed]

    　View Summary

    This study is based on a numerical analysis of water vapour absorption in a laminar, gravity driven, viscous, incompressible liquid film of LiBr-H2O solution, flowing over a horizontal cooled tube. The hydrodynamic description is based on Nusselt boundary layer assumptions. A local entropy generation calculation can be performed referring to velocity, temperature and concentration fields. From a general form of volumetric entropy generation, a suitable expression for the absorption process has been obtained and different irreversibility sources have been highlighted. The impact of each term (fluid friction, heat transfer, mass transfer and their coupling effects) has been locally examined. Results have been explored for different tube radii, wall temperatures and operative conditions (representing both chiller and heat transformer configurations), in order to characterise the process from a second law point of view and establish a criterion for the optimisation of the absorber.

    DOI

  • 低露点環境向けデシカント空調の制御に関する研究 第1報―数値計算による制御対象の定常・非定常特性の評価

    伊藤卓, 大曲康仁, 山口誠一, 齋藤潔

    空気調和・衛星工学会論文集   224   9 - 17  2015  [Refereed]

  • Entropy parameters for desiccant wheel design

    Niccolo Giannetti, Andrea Rocchetti, Kiyoshi Saito, Seiichi Yamaguchi

    APPLIED THERMAL ENGINEERING   75   826 - 838  2015.01  [Refereed]

    　View Summary

    In this work a thermodynamic analysis of a desiccant wheel is proposed to investigate and identify the optimum size and operating regime of this device. A steady state entropy generation expression, based on effectiveness parameters suitable for desiccant wheels operability, is obtained applying a control volume approach and assuming perfect gas behaviour of the binary air-vapour mixture. A new entropy generation number N-L, is defined using a minimum indicative value of the entropy generation S-L,S-min and investigated in order to obtain useful criteria for desiccant wheels optimization. The effectiveness-NTU design method is employed by combining solution of thermal exchange efficiency for rotary heat exchanger with the characteristic potential method, under the conditions of heat and mass transfer analogy. The analysis is applied to a specific desiccant wheel and N-L, variation with NTU is explored under various operative conditions and wheels characteristics in terms of dimensionless velocity and flow unbalance ratio. (C) 2014 Elsevier Ltd. All rights reserved.

    DOI

  • リキッドデシカント空調システム用再生器の熱・物質移動特性

    山口誠一, 木村健, 大野慶祐, 齋藤潔, 宮内彦夫, 原田政利

    日本冷凍空調学会論文集   31 ( 4 ) 1 - 8  2014  [Refereed]

    DOI

  • Numerical and experimental performance analysis of rotary desiccant wheels

    Seiichi Yamaguchi, Kiyoshi Saito

    INTERNATIONAL JOURNAL OF HEAT AND MASS TRANSFER   60   51 - 60  2013.05  [Refereed]

    　View Summary

    In air-conditioning field, a dehumidification has become increasingly important for human health and comfort especially in hot and humid climates. However, a conventional mechanical dehumidification with a vapor compression refrigerator has some problems. Therefore, much attention has been paid recently to a desiccant air-conditioning system as an alternative to the conventional system. In this paper, we focus on a rotary desiccant wheel which is the main component of the desiccant air-conditioning system and develop and validate the mathematical model by comparison with experimental results. The validation is conducted under various operating conditions. The mathematical model discussed in this paper includes, for example, the entrance region effect in air channel, detailed diffusion phenomenon in porous solid. In experiments, effects of the regeneration air temperature, air superficial velocity, wheel thickness and wheel rotational speed on the desiccant wheel performance are investigated. In addition, the temperature and humidity distribution at the outlet of the desiccant wheel are measured. As a result, an average relative error between the predicted and the measured humidity ratio difference distribution is 3.3% and temperature difference distribution 10.8%. Moreover, the effect of the regeneration air inlet temperature, the air superficial velocity, wheel thickness and wheel rotational speed on the desiccant wheel performance are clarified and the predicted results are totally in good agreement with the measured results. (C) 2013 Elsevier Ltd. All rights reserved.

    DOI

  • HC600aをドロップイン冷媒としたR410A用ルームエアコンの性能評価

    大野慶祐, 木村健, 山口誠一, 齋藤潔, 糸永俊介, 松田憲兒, 岸本哲郎

    日本冷凍空調学会論文集   30 ( 4 ) 389 - 399  2013  [Refereed]

    DOI

  • 圧縮式ヒートポンプの断続運転解析―第1報：単段蒸気圧縮式ヒートポンプの数理モデルの構築と数値解析―

    大野慶祐, 齋藤潔, 山口誠一, 岸本哲郎, 松本邦康

    日本冷凍空調学会論文集   30 ( 2 ) 107 - 122  2013  [Refereed]

    DOI

  • リキッドデシカント空調システム用除湿器の熱・物質移動特性の究明 ―第１報：実験による検討―

    山口誠一, 齋藤潔, 宮内彦夫, 原田政利

    日本冷凍空調学会論文集   29 ( 1 ) 229 - 236  2012  [Refereed]

    DOI

  • デシカントローターの高精度数理モデルの構築とその妥当性の検証 ―処理空気が室内を循環する場合の特性解析と詳細な実験―

    山口誠一, 齋藤潔

    日本冷凍空調学会論文集   29 ( 1 ) 197 - 206  2012  [Refereed]

    DOI

  • Hybrid liquid desiccant air-conditioning system: Experiments and simulations

    Seiichi Yamaguchi, Jongsoo Jeong, Kiyoshi Saito, Hikoo Miyauchi, Masatoshi Harada

    APPLIED THERMAL ENGINEERING   31 ( 17-18 ) 3741 - 3747  2011.12

    　View Summary

    This study focuses on a hybrid liquid desiccant air-conditioning system consisting of a conventional liquid desiccant system and a vapour compression heat pump. The hybrid liquid desiccant air-conditioning system is expected to enhance the system efficiency of a conventional liquid desiccant system. In this study, the liquid desiccant is aqueous solution of lithium chloride and the refrigerant of the vapour compression heat pump is R407C. The main feature of this system is that the absorber and regenerator are integrated with the evaporator and condenser respectively. The performance evaluation test is conducted to obtain the primary data. Additionally, the improvement method for the system efficiency is discussed by the mathematical calculations. As a result, the system can dehumidify 5.9 g/kg(DA) under the conditions of summer in Tokyojapan. Then, the calculation results show that COPs can become higher by improving the compressor isentropic efficiency and the temperature efficiency of solution heat exchanger. (C) 2011 Elsevier Ltd. All rights reserved.

    DOI

  • Performance analysis of desiccant dehumidification systems driven by low-grade heat source

    Jongsoo Jeong, Seiichi Yamaguchi, Kiyoshi Saito, Sunao Kawai

    INTERNATIONAL JOURNAL OF REFRIGERATION-REVUE INTERNATIONALE DU FROID   34 ( 4 ) 928 - 945  2011.06

    　View Summary

    If a desiccant dehumidification system can be driven by a heat source whose temperature is below 50 degrees C, exhaust heat from devices such as fuel cells or air conditioners can be used as its heat source, thereby saving energy. Therefore, in this study, we used a previously validated simulation model to determine the minimum heat source temperature for driving a desiccant dehumidification system. We considered four desiccant dehumidification systems that can be driven by waste heat-conventional desiccant-type systems (wheel type and batch type with only desiccant), a system with a precooler, double-stage-type systems (a type with two desiccant wheels and a four-partition desiccant wheel type), and a batch-type system with an internal heat exchanger. We found that among these systems, the last system can be driven by the lowest heated air temperature-approximately 33 degrees C-which is considerably lower than that of the conventional system. (C) 2010 Elsevier Ltd and IIR. All rights reserved.

    DOI

  • Development and validation of static simulation model for CO2 heat pump

    Seiichi Yamaguchi, Daisuke Kato, Kiyoshi Saito, Sunao Kawai

    INTERNATIONAL JOURNAL OF HEAT AND MASS TRANSFER   54 ( 9-10 ) 1896 - 1906  2011.04

    　View Summary

    A simulation model for the CO2 heat pump water heater was developed and validated in this study. Component models of the gas cooler, evaporator, compressor, and expansion valve were constructed with careful consideration for the heat transfer performances. To validate the simulation model, experiments were carried out using an actual CO2 heat pump water heater (water heating capacity: 22.3 kW; hot-water temperature: 90 degrees C). In simulations and experiments, the effects of the inlet water temperature and outside air temperature on the system characteristics were discussed. As a result, the average difference in COP between the simulation results and experimental results is 1.5%. (C) 2011 Elsevier Ltd. All rights reserved.

    DOI

  • Performance analysis of four-partition desiccant wheel and hybrid dehumidification air-conditioning system

    Jongsoo Jeong, Seiichi Yamaguchi, Kiyoshi Saito, Sunao Kawai

    INTERNATIONAL JOURNAL OF REFRIGERATION-REVUE INTERNATIONALE DU FROID   33 ( 3 ) 496 - 509  2010.05

    　View Summary

    A desiccant dehumidification system with air can decrease energy consumption because it can be driven by low-grade waste heat below 80 degrees C. If this system can be driven by low-temperature heat sources whose temperature is below 50 degrees C, exhausted heat from fuel cells or air conditioners that exist everywhere can be used as heat sources. This could lead to considerable energy saving. This study provides a detailed evaluation of the performance of a four-partition desiccant wheel to make a low-temperature driving heat source possible and achieve considerable energy saving by the simulation and experiment. Further, the study investigates the in-depth performance of a hybrid air-conditioning system with a four-partition desiccant wheel by simulation. As a result, it was clear that there exists an optimum rotational speed to maximize the dehumidification performance and that the hybrid air-conditioning system improves COP by approximately 94% as compared to the conventional vapour compression-type refrigerator. (C) 2009 Elsevier Ltd and IIR. All rights reserved.

    DOI

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Books and Other Publications

  • デシカント空調システムの基礎理論と最新技術

    山口 誠一( Part： Contributor, 第1章，第3章)

    S&T出版  2015.09

Awards

  • Best Presentation Award, Joint Conference on Air-conditioning and Refrigeration

    2013.04   Japan Society of Mechanical Engineers  

    Winner： YAMAGUCHI, Seiichi

  • Best paper Award

    2012.05   Japan Society of Refrigeration and Air Conditioning Engineers  

    Winner： YAMAGUCHI, Seiichi

  • Best Presentation Award, JSRAE Annual Conference

    2011.09   Japan Society of Refrigeration and Air Conditioning Engineers  

    Winner： YAMAGUCHI, Seiichi

Research Projects

  • デシカントロータない水蒸気移動機構の解明と制御による吸着系エネルギーシステムの拡充

    科学研究費助成事業(金沢大学)  科学研究費助成事業(基盤研究(B))

    Project Year :

    2014
    -
    2016
     

    児玉 昭雄

  • 未利用熱エネルギーの革新的活用技術研究開発

    新エネルギー・産業技術総合開発機構（ＮＥＤＯ）研究  新エネルギー・産業技術総合開発機構（ＮＥＤＯ）研究

    Project Year :

    2013
    -
    2015
     

    齋藤 潔

  • 太陽熱駆動エジェクター式ヒートポンプの数理モデル構築と最適設計・制御に関する研究

    科学研究費助成事業(早稲田大学)  科学研究費助成事業(基盤研究(C))

    Project Year :

    2012
    -
    2014
     

    齋藤 潔

  • 蒸気生成吸収ヒートポンプシステムの研究開発

    新エネルギー・産業技術総合開発機構（ＮＥＤＯ）研究  新エネルギー・産業技術総合開発機構（ＮＥＤＯ）研究

    Project Year :

    2008
    -
    2013
     

    齋藤 潔

Presentations

  • Experimental Study on a Finned-tube Internally Cooled Contactor for Liquid Desiccant Air Conditioning Systems with Ionic Liquid

    T. Sato, R.J. Varela, S. Yamaguchi, K. Saito, H. Nakayama, X. Wang

    17th International Refrigeration and Air Conditioning Conference at Purdue  (Purdue University, West Lafayette, U.S.A.) 

    Presentation date： 2018

  • Assessment of thermal and transport properties of ionic liquids as suitable absorbent for absorption cooling applications

    H.M. Ariyadi, S. Yamaguchi, K. Saito

    ICDEMM (International Conference on Design, Energy, Materials, and Manufacture) 

    Presentation date： 2018

  • Multi-step ahead prediction of vapor compression air conditioning system behaviour using neural networks

    Sholahudin, K. Ohno, S. Yamaguchi, K. Saito

    ICDEMM (International Conference on Design, Energy, Materials, and Manufacture) 

    Presentation date： 2018

  • Dynamic modeling of air conditioning system using Bayesian regularization neural network

    Sholahudin, K. Ohno, S. Yamaguchi, K. Saito

    (Tokyo, Japan) 

    Presentation date： 2018

  • Direct inverse neural network to control cooling capacity of heat pump

    Sholahudin, K. Ohno, S. Yamaguchi, K. Saito

    The 6th ICCR (International Conference on Cryogenics and Refrigeration)  (Bali, Indonesia) 

    Presentation date： 2018

  • Numerical Simulation of a Transcritical CO2 Heat Pump under Intermittent Operation for Energy Savings in Vending Machine

    R.J. Varela, K. Ohno, S. Yamaguchi, K. Saito

    ERICAE 2017  (Cebu, Philippines) 

    Presentation date： 2017

  • Analytical description of falling film absorption

    N. Giannetti, A. Rocchetti, K. Saito, S. Yamaguchi

    The 8th Asian conference on refrigeration and air conditioning (ACRA2016)  (Taipei, Taiwan) 

    Presentation date： 2016.05

  • Experimental study on heat and mass transfer performance of a falling film absorber

    M. Takigiri, S. Hatada, S. Yamaguchi, K. Saito, Y. Ikumi

    The 8th Asian conference on refrigeration and air conditioning (ACRA2016)  (Taipei, Taiwan) 

    Presentation date： 2016.05

  • Heat and mass transfer characteristics of a dehumidifier using an ionic liquid for a liquid desiccant system

    T. Usuzaka, Y. Kobayashi, S. Yamaguchi, K. Saito, H. Nakayama, Y. Miyaoka, X. Wang

    The 8th Asian conference on refrigeration and air conditioning (ACRA2016)  (Taipei, Taiwan) 

    Presentation date： 2016.05

  • Effect of Gas-Liquid Contactor Structure on the Dehumidification Performance of a Liquid Desiccant System

    R.J. Varela, S. Yamaguchi, K. Saito, M. Harada, H. Miyauchi

    (Kanazawa, Japan) 

    Presentation date： 2016

  • Performance Optimization of a Packed Bed Liquid Desiccant Air Conditioning System

    R.J. Varela, S. Yamaguchi, K. Saito, M. Harada, H. Miyauchi

    (Kobe, Japan) 

    Presentation date： 2016

  • 吸収器の水平管流下膜構成における熱と物質移動係数の解析式

    ジャンネッティ ニコロ, 齋藤潔, 山口誠一

    Presentation date： 2015.10

  • イオン液体を用いたリキッドデシカント用除湿器の除湿性能評価

    小林祐太, 山口誠一, 齋藤潔, 中山浩, 宮岡洋一, 王新明

    Presentation date： 2015.10

  • リキッドデシカント用気液接触器における溶液流動状態の可視化

    臼坂聡史, 山口誠一, 齋藤潔, 中山浩, 宮岡洋一, 王新明

    Presentation date： 2015.10

  • 180℃蒸気の取り出しを想定した二段昇温型吸収式ヒートポンプの性能評価

    坂本武, 山口誠一, 齋藤潔, 井上修行

    2015年度日本冷凍空調学会年次大会 

    Presentation date： 2015.10

  • Numerical Simulation of CO2 Heat Pump for Hybrid Desiccant Air Conditioning System

    R.J. Varela, S. Yamaguchi, K. Saito, M. Harada, H. Miyauchi

    2015年度日本冷凍空調学会年次大会  (Tokyo) 

    Presentation date： 2015.10

  • Analytical study of falling film absorption on a partially wetted horizontal tube

    N. Giannetti, K. Saito, S. Yamaguchi

    The 26th International symposium on transport phenomena (ISTP)  (Leoben, Austria) 

    Presentation date： 2015.09

  • Local entropy generation analysis of water vapour absorption in a LiBr-H2O solution film over a horizontal cooled tube

    N. Giannetti, A. Rocchetti, K. Saito, S. Yamaguchi

    24th IIR International Congress of Refrigeration  (Yokohama, Japan) 

    Presentation date： 2015.08

  • Progress of sorption systems in Japan -Advances in sorption systems-

    S. Yamaguchi

    24th IIR International Congress of Refrigeration  (Yokohama, Japan) 

    Presentation date： 2015.08

  • Anew model for partial wetting of inclined surfaces

    ジャンネッティ ニコロ, 齋藤潔, 山口誠一

    (Tokyo, Japan) 

    Presentation date： 2015.04

  • Numerical and experimental analysis of desiccant wheel under indoor air circulation condition

    K. Saito, S. Yamaguchi

    The 25th International symposium on transport phenomena (ISTP)  (Krabi, thailand) 

    Presentation date： 2014.11

  • デシカントロータにおける熱物質移動現象への各種影響因子の感度分析

    山口誠一, 齋藤潔

    (Saga, Japan) 

    Presentation date： 2014.09

  • 粒状吸着材を用いたデシカントロータの性能評価実験と特性解析

    太田延樹, 山口誠一, 齋藤潔, 雨宮沙耶, 村上宏次

    (Saga, Japan) 

    Presentation date： 2014.09

  • リキッドデシカント用中間冷却/加熱型接触器の液流動状態の可視化

    小林祐太, 山口誠一, 齋藤潔, 宮岡洋一, 中山浩

    (Saga, Japan) 

    Presentation date： 2014.09

  • 濡れ性を考慮した水平流下液膜式熱交換器の熱物質移動特性

    ジャンネッティ ニコロ, 中西祐一, 山口誠一, 齋藤潔

    (Saga, Japan) 

    Presentation date： 2014.09

  • Optimal operation of dehumidification air-conditioning system

    N. Ohta, S. Yamaguchi, K. Saito

    IMAT2013  (Singapore) 

    Presentation date： 2013.11

  • デシカントロータの熱・物質移動特性に関する研究

    山口誠一, 齋藤潔

    (Tokyo, Japan) 

    Presentation date： 2013.09

  • デシカント空調システムの消費エネルギー最小化に関する研究

    宮内稔, 山口誠一, 齋藤潔

    (Tokyo, Japan) 

    Presentation date： 2013.09

  • デシカントロータの占有体積最小化に関する研究

    太田延樹, 山口誠一, 齋藤潔

    (Tokyo, Japan) 

    Presentation date： 2013.09

  • デシカントロータ内部運転状態の数値的可視化

    太田延樹, 山口誠一, 齋藤潔

    (Tokyo, Japan) 

    Presentation date： 2013.04

  • リキッドデシカント用ロータ型充填層の熱物質移動に関する研究

    太田延樹, 山口誠一, 齋藤潔, 宮内彦夫, 原田政利

    (Tokyo, Japan) 

    Presentation date： 2013.04

  • 多重効用淡水化法による個別分散型飲料水生成システムの特性評価

    木村健, 山口誠一, 齋藤潔, 井上修行, 中川安明

    (Tokyo, Japan) 

    Presentation date： 2013.04

  • 低露点用除湿空調システムの最適運転に関する研究

    山口誠一, 齋藤潔, 伊藤卓, 大曲康仁

    (Tokyo, Japan) 

    Presentation date： 2013.04

  • MATLAB/Simulinkを用いたデシカント空調機のシミュレータの構築 （第二報）操作量の制御性検討

    伊藤卓, 大曲康仁, 山口誠一, 齋藤潔

    (Sapporo, Hokkaido) 

    Presentation date： 2012.09

  • デシカントロータの非定常振動現象に関する研究

    山口誠一, 齋藤潔, 伊藤卓, 大曲康仁

    (Sapporo, Hokkaido) 

    Presentation date： 2012.09

  • 多重効用淡水化法による個別分散飲料水生成システムのモデル化と特性解析

    木村健, 山口誠一, 齋藤潔, 井上修行, 中川安明

    (Sendai, Japan) 

    Presentation date： 2012.07

  • デシカントロータの動的数理モデルの構築とその挙動の解明

    山口誠一, 齋藤潔, 伊藤卓, 潮田尚史, 大曲康仁, 野間節

    (Tokyo, Japan) 

    Presentation date： 2012.04

  • リキッドデシカント空調システム用除湿・再生器の熱・物質移動特性の究明

    安田直史, 山口誠一, 齋藤潔, 宮内彦夫, 原田政利

    (Tokyo, Japan) 

    Presentation date： 2012.04

  • MATLAB/Simulinkによるデシカント空調機のシミュレータの構築

    伊藤卓, 潮田尚史, 大曲康仁, 野間節

    (Tokyo, Japan) 

    Presentation date： 2012.04

  • 高精度シミュレーターを用いたデシカントローターのパラメータースタディー

    Presentation date： 2011.09

  • デシカントローターの性能評価と特性解析 —全換気条件下における外気温度・湿度の影響—

    Presentation date： 2011.09

  • デシカントローターの性能評価と特性解析 —室内循環条件下における再生空気温度と再生空気風量の影響—

    Presentation date： 2011.09

  • リキッドデシカントの除加湿メディアにおける熱物質移動特性に関する研究

    Presentation date： 2011.09

  • Performance evaluation of silica gel desiccant wheel by simulation and experiment

    Presentation date： 2010.12

  • デシカントロータの高精度解析モデルの構築とその妥当性の検証

    Presentation date： 2010.09

  • リキッドデシカント用除湿メディアにおける熱・物質移動特性

    Presentation date： 2010.09

  • 太陽熱・排熱等を利用したデシカント空調システムの最適運転条件に関する考察

    Presentation date： 2010.09

  • リキッドデシカント用除湿メディアにおける熱・物質移動特性

    Presentation date： 2010.09

  • 太陽熱集熱器を用いたデシカント空調システムに関する実験研究

    Presentation date： 2010.09

  • Visualization temperature and concentration distribution inside desiccant wheel by simulation

    Presentation date： 2010.06

  • リキッドデシカント用除湿メディアにおける熱・物質移動特性

    Presentation date： 2010.04

  • 高分子系デシカントローターの性能評価実験と静特性解析

    Presentation date： 2009.10

  • ヒートポンプ駆動型ハイブリッドリキッドデシカント空調システムの性能評価と特性解析

    Presentation date： 2009.10

  • デシカントローター内部の温度・濃度分布のシミュレーションによる可視化と熱・物質移動特性の解明

    Presentation date： 2009.10

  • ゼオライト系デシカントローターの性能評価実験と静特性解析

    Presentation date： 2009.07

  • リキッドデシカントシステムにおける除湿・再生用充填層における熱・物質移動特性と圧力損失

    Presentation date： 2009.07

  • シリカゲル系デシカントローターの高精度シミュレーションモデルの構築

    Presentation date： 2009.04

  • デシカントローターにおける熱・物質移動特性の検討と静特性解析

    Presentation date： 2008.10

  • リキッドデシカントシステムの吸収・再生器用充填層における熱・物質移動特性の解明

    Presentation date： 2008.10

  • Performance evaluation of desiccant dehumidification systems with low-grade heat source

    Presentation date： 2008.09

  • Performance enhancement of compression type refrigerator with four-partition desiccant wheel

    Presentation date： 2008.09

  • Effect of design and operating conditions on performance of desiccant wheels

    Presentation date： 2008.09

  • デシカント空調システムの制御特性

    Presentation date： 2007.11

  • デシカントローターの占有面積を最小化する最適設計手法に関する検討

    Presentation date： 2007.10

  • 開放型吸収式除湿機の除湿・再生器における圧力損失と熱・物質移動特性

    Presentation date： 2007.10

  • 開放型吸収式除湿機の性能評価とシミュレーション

    Presentation date： 2007.10

  • Static analysis of desiccant wheel 2nd report: Performance analysis and optimum design of the desiccant wheel

    Presentation date： 2007.08

  • Performance analysis of mujlti-partition desiccant wheel

    Presentation date： 2007.08

  • 4分割デシカントロータの性能評価

    Presentation date： 2007.04

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Syllabus

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Teaching Experience

  • ゼミナール

    早稲田大学 理工学術院 基幹理工学部 機械科学・航空学科  

  • 理工学基礎実験

    早稲田大学 理工学術院 基幹理工学部 機械科学・航空学科  

  • 機械システム制御工学特論

    早稲田大学 理工学術院 基幹理工学研究科 機械科学専攻  

  • 工学系の解析設計演習

    早稲田大学 理工学術院 基幹理工学部 機械科学・航空学科  

  • 電子電機実験

    早稲田大学 理工学術院 基幹理工学部 機械科学・航空学科  

  • 機械科学・航空実験

    早稲田大学 理工学術院 基幹理工学部 機械科学・航空学科  

  • 制御工学

    早稲田大学 理工学術院 基幹理工学部 機械科学・航空学科  

  • 伝熱工学

    早稲田大学 理工学術院 基幹理工学部 機械科学・航空学科  

  • 熱力学

    早稲田大学 理工学術院 基幹理工学部 機械科学・航空学科  

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Committee Memberships

  • 2018.04
    -
    Now

    日本機械学会  環境工学部門 第4技術委員会委員

  • 2015.05
    -
    Now

    日本冷凍空調学会  デシカント・吸着・吸収・化学系技術委員会委員（デシカントWG幹事）

  • 2016.01
    -
    2017.09

    Japan Society of Refrigeration and Air Conditioning Engineers  Committee member of International Sorption Heat Pump Conference

  • 2015.05
    -
    2017.05

    日本冷凍空調学会  学術講演会運営委員会委員（幹事）

  • 2013.05
    -
    2017.05

    日本冷凍空調学会  論文集編集委員会委員（2015年以降 幹事）

  • 2014.10
    -
    2015.10

    日本冷凍空調学会  2015年度日本冷凍空調学会年次大会実行委員会委員（幹事）

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