Kyushu University Academic Staff Educational and Research Activities Database
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Takeshi Shinoda Last modified date:2018.06.11



Graduate School
Undergraduate School


E-Mail
Academic Degree
Doctor of Engineering
Field of Specialization
Naval Architecture
Research
Research Interests
  • Technology of energy saving in container terminal
    keyword : Energy saving, Container terminal, Roof shade, Transfer crane, Hybrid straddle carrier, Reefer container, Container handling simulation
    2011.04~2018.03.
  • Estimation Method for Air exchange Condition in the Hold of PCC and its Ventilation Control
    keyword : PCC, Air exchange, Numerical simulation
    2013.04~2017.03.
  • Water treatment by filtration technology
    keyword : Water treatment,Water purification, Filtration, Ballast water treatment, Exhaust gas scrubber treatment, Collecting method for algae
    2012.04.
  • Evaluation for environmental performance in ship's superstructure
    keyword : Improvement of amenity, Assessment of cabin arrangement, Noise reduction
    2010.04.
  • Risk assessment for occupational safety management at shipyard based on human factor influence
    keyword : Human factor, Safety engineering, Risk analysis, Occupational safety, Job improvement, Safety improvement, Mock-up experiment
    2004.04.
  • Ship's ballast water treatment for preservation of marine environment
    keyword : BWM (Ballast water treatment), Development of equipment of BWM
    2000.04.
  • Preservation of marine environment and estimation of marine environmental value using contingent valuation method

    keyword : Preservation of marine environment, CVM(Contingent valuation method), Marine environmental value, Oil pollution casualties at sea
    1996.04.
  • Functional design and functional assessment for container terminal
    keyword : Container handling database, Container terminal, Container through-put, Functional evaluation, Container handling simulation, Measuring method of container handling
    1995.04.
  • Risk assessment for marine safety based on human factor influence
    keyword : keyword :FSA(Formal safety assessment), Safety engineering, Marine casualty, Bayesian network theory
    1994.04.
  • Development of design methodology for ship's outfitting engineering
    keyword : Functional design, Environmental design, Design engineering Applied mathematics, evaluation and decision making, Text mining technology
    1989.04.
Academic Activities
Papers
1. Evaluation for Safety Assessment on Walkway for Occupational Environment at Shipyard.
2. Trouble Analysis for Design and Industrial Work on Shipbuilding by Text Mining Technology.
3. Risk Analysis by Marine Casualty Database on Collision Accidents of Fishing Vessels and Cargo Vessels..
4. Takeshi Shinoda, Takashi Tanaka, Shogo KITAJIMA, Analysis of Container Handling Operation by Observational Data of Work at Container Terminal, Proceedings of IMAM 2009(International Maritime Association of the Mediterranean 2009), 2009.10.
5. Safety Assessment for Environment of Working Walkway by Chaos Analysis on Instability Motion of Human Body.
6. Takashi Tanaka, Takeshi Shinoda, Applied Chaos Theory to Evaluation for Walking Environment on Occupational Safety Management at Shipyard, Proceedings of ISOPE-2009, pp.688-694, 2009.06.
7. Yuka TAMURA, Takeshi SHINODA, Safety Assesment with Marine Casuality Data on Collision Accidents between Fishing Vessels and Cargo Vessels., Proceedings of ISOPE-2009, pp.641-648, 2009.06.
8. Applied Chaos Theory to Evaluation for Walkway Environment on Safety Assessment for Occupational Environment at Shipyard.
9. Structural Analysis for Mistakes in Deign and Industrial Work on Shipbuilding by Text Mining Technology.
10. Risk Analysis by Marine Casualty Database on Collision Accidents of Fishing Vessels and Cargo Vessels..
11. Applied Chaos Theory to Safety Management for Improvement of Occupational Health at Shipyard
(Part3) Evaluation for Walking Environment by Fluctuation Property Analysis.
12. Study on Physical Distribution Management System at Shipyard by Simplified Experiments on Resemble Factory Distribution..
13. Study on Database Analysis of Transfer Crane Container Handling System at Container Terminal..
14. Construction of Database and Fault Analysis on Judgements of Marine Casualities
- Collision Accidents between Cargo Vessels and Fishing Vessels -.
15. Applied Chaos Theory to Safety Management for Improvement of Occupational Health at Shipyard
(Part2) Evaluation for Safety Walking Environment at Shipyard..
16. Chaos Analysis of Walking and Working Environment for Occupational Health and Safety Management at Shipyard.
17. Evaluation for Safety Walking Environment at Shipyard by Human Model Analysis on Transferring Platform mock-up.
18. Takeshi Shinoda, Takashi Tanaka, Hwayoung Kim, Construction of Container Handling Simulation Model in Container Terminal by Database Analysis, Proceedings of IMAM 2007(International Maritime Association of the Mediterranean 2007), 2007.09.
19. A Conceptual Design and Feasibility Study of Floating Container Terminal at Chang Jiang River Zone.
20. Construction of Database and Risk Analysis on Industrial Accident of Shipyard.
21. Applied Chaos Theory to Safety Management for Improvement of Occupational Health at Shipyard
-Time Series Analysis of Walking Exeperiment-.
22. Evaluation by Human Model Analysis on Transferring Platform for Work Environment at Shipyard.
23. Chaos Analysis of Walking Experiment for Occupational Health and Safety Management.
24. Study on Risk Analysis for Occupational Health for Shipyard Workers
- Construction of Data Base and Analysis of Walking Experiment -.
25. Methodology of Evaluation for Risk Assesment on Marine Transportation.
26. Value Improvements of Physical Distribution at Sea by Application of Ubiquitous Technology.
27. Occupational Health and Safety Management at Shipyard Based on Human Factor Influence
-Analysis on Walking Experiment by Motion Capturing Technology-.
28. Simulated Analysis on Transportation Mode and Strategic Bridgehead for International Logistics Service.
29. Study on Improvement for Container Throughput by Data Base Analysis on Container Handling.
Presentations
1. Study of Risk Assessment on Occupational Safety at Shipyard by Work and Safety Observation.
2. Assessment of Improvement for Risk of Collision Accidents using CVM
-Application to Collision Accidents between Fishing Vessels and Cargo Vessels-.
3. Evaluation for Safety Assessment on Walkway at Shipyard by Fluctuation Analysis
- Application of Working on NC Cutting Machine Conveyor Line -.
4. Development of Equipment of Filtration Treatment using Spring Filter for Ballast Water Management.
5. Functional Assessment on Container Handling Operation at Container Terminal.
6. Functional Assessment on Container Handling Operation at Container Terminal.
7. A Method of Optimization for Design Planning of General Arrangement on Ship's Cabin.
8. Evaluation for Safety Assessment on Walkway at Shipyard
- Body Balance during Working on NC Conveyor Line -.
9. Development of Filtration Treatment Equipment for Ballast Water Management on IMO.
10. Risk Analysis on collision accidents between fishing vessels and cargo vessels using ship traffic data at Kanmmon waters.
11. Trouble Analysis for Design and Industrial Work on Shipbuilding by Text Mining Technology..
12. Evaluation for Safety Assessment on Walkway for Occupational Environment at Shipyard..
13. Risk Analysis of Marine Casualty on Collision Accidents of Fishing Vessels and Cargo Vessels.
14. Applied Chaos Theory to Evaluation for Walking Environment on Occupational Safety Management at Shipyard.
15. Safety Assesment with Marine Casuality Data on Collision Accidents between Fishing Vessels and Cargo Vessels..
16. Risk Analysis by Marine Casualty Database on Collision Accidents of Fishing Vessels and Cargo Vessels.
17. Applied Chaos Theory to Evaluation for Safety Assessment on Walkway for Occupational Environment at Shipyard.
18. Structural Analysis for Mistakes in Deign and Industrial Work on Shipbuilding by Text Mining Technology.
19. Applied Chaos Theory to Safety Management for Improvement of Occupational Health at Shipyard
(Part3) Evaluation for Walking Environment by Fluctuation Property Analysis.
20. Study on Physical Distribution Management System at Shipyard by Simplified Experiments on Resemble Factory Distribution.
21. Study on Database Analysis of Transfer Crane Container Handling System at Container Terminal.
22. Applied Chaos Theory to Safety Management for Improvement of Occupational Health at Shipyard
(Part2) Evaluation for Safety Walking Environment at Shipyard.
23. Construction of Database and Fault Analysis on Judgements of Marine Casualities
- Collision Accidents between Cargo Vessels and Fishing Vessels -.
24. Chaos Analysis of Walking and Working Environment for Occupational Health and Safety Management at Shipyard.
25. Construction of Container Handling Simulation Model in Container Terminal by Database Analysis.
26. Evaluation by Human Model Analysis on Transferring Platform for Work Environment at Shipyard.
27. Construction of Database and Risk Analysis on Industrial Accident of Shipyard.
28. A Conceptual Design and Feasibility Study of Floating Container Terminal at Chang Jiang River Zone.
29. Applied Chaos Theory to Safety Management for Improvement of Occupational Health at Shipyard
-Time Series Analysis of Walking Exeperiment-.
30. Chaos Analysis of Walking Experiment for Occupational Health and Safety Management.
31. Study on Risk Analysis for Occupational Health for Shipyard Workers
- Construction of Data Base and Analysis of Walking Experiment -.
32. Occupational Health and Safety Management at Shipyard
Based on Human Factor Influence
-Analysis on Walking Experiment by Motion Capturing Technology-.
33. Methodology of Evaluation for Risk Assessment on Marine Transportation.
34. Value Improvements of Physical Distribution at Sea
by Application of Ubiquitous Technology.
35. Simulated Analysis on Transportation Mode and Strategic Bridgehead
for International Logistics Service.
Membership in Academic Society
  • Japan Institute of Navigation
  • The Society of Naval Architects and Marine Engineers
  • The Society of Naval Architects and Ocean Engineers