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Dive into the research topics where Shinichiro Yokoya is active.

Publication


Featured researches published by Shinichiro Yokoya.


Steel Research International | 2008

Influence of Aspect Ratio on Fluid Flow and Heat Transfer in Mould when Using Swirl Flow during Casting

Shakvat Kholmatov; Sigeo Takagi; Pär Jönsson; Lage Jonsson; Shinichiro Yokoya

Mathematical modelling was used to study the effect of a changed aspect ratio of a continuous casting mould on the resulting flow field in the upper part of the mould when using a swirl flow in the ...


Isij International | 2007

Development of Flow Field and Temperature Distribution during Changing Divergent Angle of the Nozzle When Using Swirl Flow in a Square Continuous Casting Billet Mould

Shavkat Kholmatov; Shigeo Takagi; Lage Jonsson; Pär Jönsson; Shinichiro Yokoya


Isij International | 2010

A Numerical Study of Swirl Blade Effects in Uphill Teeming Casting

Zhi Zhang; Shinichiro Yokoya; Anders Tilliander; Pär Jönsson


Isij International | 2010

A First Attempt to Implement a Swirl Blade in Production of Ingots

Liue Hallgren; Anders Tilliander; Shinichiro Yokoya; Pär Jönsson; Sölve Hagman


Archive | 2000

LASER WELDING METHOD AND ITS DEVICE

Seiji Katayama; Shigeo Takagi; Shinichiro Yokoya; 真一郎 横谷; 聖二 片山; 茂男 高木


Isij International | 2009

Prediction and Disarming of Drain Sink Formation during Unsteady-state Bottom Teeming

Niklas Kojola; Shigeo Takagi; Shinichiro Yokoya; Pär Jönsson


Steel Research International | 2008

Effect of nozzle angle on flow field and temperature distribution in a billet mould when using swirl flow

Shavkat Kholmatov; Sigeo Takagi; Lage Jonsson; Pär Jönsson; Shinichiro Yokoya


Archive | 2008

Pouring tube structure and pouring method for uphill casting

Shinichiro Yokoya; Pär Jönsson; Line Hallgren


Archive | 2010

Use of a Swirl Blade in Productio of Ingots with Focus on the Influence on the Red-Eye Diameter

Line Hallgren; Anders Tilliander; Shinichiro Yokoya; Pär Jönsson; L. Nordström


Archive | 2007

Flow field development during changing aspect ratio of the billet CC caster using swirl flow

Shavat Kholmatov; Sigeo Takagi; Lage Jonsson; Pär Jönsson; Shinichiro Yokoya

Collaboration


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Pär Jönsson

Royal Institute of Technology

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Lage Jonsson

Royal Institute of Technology

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Sigeo Takagi

Nippon Institute of Technology

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Anders Tilliander

Royal Institute of Technology

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Shavkat Kholmatov

Royal Institute of Technology

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Shigeo Takagi

Royal Institute of Technology

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Liue Hallgren

Royal Institute of Technology

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Niklas Kojola

Royal Institute of Technology

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Robert Eriksson

Royal Institute of Technology

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Shakvat Kholmatov

Royal Institute of Technology

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