Faculty Profiles - TADA Naoya

MISC - TADA Naoya

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Monitoring of Crack on Lead-free Solder Ball/Copper Joint Interface under Cyclic Loading at Constant and Varied Temperature by DC-PDM

51 ( 1 ) 284 - 289 2012

2316 Finite Element Analysis on Influence of Neighboring Graphite on Stress around Flaky Graphite of Cylinder Block of Gray Cast Iron Cylinder Block

IGUCHI Katsuyuki, TADA Naoya, SHIMIZU Ichiro

The Computational Mechanics Conference 2011 ( 24 ) 664 - 666 2011.10

303 Compressive Behavior of Micropillar Fabricated in Grain of Pure Titanium by FIB Technique

OKANO Shotaro, SHIMIZU Ichiro, TADA Naoya

The Computational Mechanics Conference 2011 ( 24 ) 44 - 45 2011.10

106 Electric Field Analysis of Evaluation Method of Interface Crack under Solder Ball without Influence of Deformation of Copper Plate Specimen

NISHIHARA Ryo, TADA Naoya, TAKEHARA Ryuji

The Computational Mechanics Conference 2011 ( 24 ) 12 - 14 2011.10

315 Evaluation of Forming Limit in Biaxial Compressions along Proportional Strain Paths of Magnesium Alloys

OKADA Kousuke, SHIMIZU Ichiro, HIRANO Seiki, TADA Naoya

The Computational Mechanics Conference 2011 ( 24 ) 72 - 73 2011.10

207 Effect of Loading Condition on Crack Initiation in Gold Thin Film on Polycarbonate Substrate

SATO Naoyuki, TADA Naoya, SHIMIZU Ichiro, HU Yafei, GERILI Subuda

The Computational Mechanics Conference 2011 ( 24 ) 32 - 33 2011.10

312 Evaluation of microscopic non-uniform deformation of semi-crystalline polymer by means of digital image correlation method

ZHANG Cui, UCHIDA Makoto, TADA Naoya

The Computational Mechanics Conference 2011 ( 24 ) 65 - 66 2011.10

1205 Study on Application of Direct-Current Potential Difference Method to Branched Crack

HOZUKI Atsushi, TADA Naoya, UCHIDA Makoto

The Computational Mechanics Conference 2011 ( 24 ) 416 - 417 2011.10

703 Numerical Simulation of Tensile Deformation Behavior of Semi-crystalline Polymers with Spherulites of Different Sizes

KOBATA Atsushi, UCHIDA Makoto, TADA Naoya

The Computational Mechanics Conference 2011 ( 24 ) 166 - 167 2011.10

307 Absorbed Energy Evaluation during Deformation of Rectangular Steel Tube by Using Plastic Hinge Theory for Modeling of Vehicle Pole Side Impact

ONO Tadanori, SHIMIZU Ichiro, TADA Naoya, HAGA Hideto, KOHARA Masato, TAKUBO Nobuaki

The Computational Mechanics Conference 2011 ( 24 ) 55 - 57 2011.10

311 Three-Dimensional Evaluation of Surface Deformation during Neck Propagation Process of Polymer

TANAKA Shohei, UCHIDA Makoto, TADA Naoya

The Computational Mechanics Conference 2011 ( 24 ) 63 - 64 2011.10

OS2013 Evolution of Plastic Anisotropy and Its Texture Dependency of Industrial Pure Titanium by Biaxial Compression

SHIMIZU Ichiro, IDEI Junya, TADA Naoya

2011 "OS2013 - 1"-"OS2013-2" 2011.7

Language：Japanese Publisher：The Japan Society of Mechanical Engineers

The compressive plastic behavior of a commercial grade pure titanium was systematically investigated. Uniaxial and biaxial compression tests with linear strain paths were performed on titanium specimens by means of the original biaxial compression test device. The initial textures of the specimens were controlled using heat-treatment and cold-rolling, in order to investigate the influences of texture and strain paths on the plastic behavior. The results revealed that the initial texture strongly influenced on the yield surface and the anisotropy growth. Area fraction of mechanical twinning was also measured, thus the fraction of twinning was found to vary according to the strain path and then anisotropic hardening was promoted.

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GS13 Finite Element Analysis for Stress Distribution around Flaky Graphite of Cylinder Block of Gray Cast Iron

IGUCHI Katsuyuki, TADA Naoya, SHIMIZU Ichiro, IMAZU Tomohiro

2011 "GS13 - 1"-"GS13-3" 2011.7

Language：Japanese Publisher：The Japan Society of Mechanical Engineers

The stress distribution near the tip of flaky graphite of gray cast iron used for diesel engine cylinder block was calculated by the fmite element method, and compared with results of varied six finite element models, value of theory of stress intensity factor and value of stress concentration factor mutually. The value of stress distribution near the tip of flaky graphite of fmite element model with single hole and value of theory of stress intensity factor and stress concentration factor was almost equal. The ratio of stress distribution near the tip of flaky graphite of fmite element model with single graphite and stress distribution of finite element model with single hole was almost uniform about sampled three graphite. The ratio of stress distribution near the tip of flaky graphite of finite element model with single hole and finite element model with multi holes model was not uniform about sampled three graphite. These results were showed that the stress distribution near the tip of flaky graphite of gray cast iron was influenced by distribution of graphite.

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1716 Life prediction of engine mount considering the effect of creep at high temperatures

Prabhakar SOMA, TADA Naoya, UCHIDA Makoto, SHIGECHIKA Junji, NAKAHARA Kazunari

2011 ( 49 ) 545 - 546 2011.2

1705 Volume Change and Inhomogeneous Deformation of Multilayer Composite Structurein Compressive Process

NARUSE Fumio, TADA Naoya

2011 ( 49 ) 523 - 524 2011.2

1704 Study on Nano-Order Height Change of Grains in Pure Titanium Specimenduring Compression Using Digital Holographic Microscope

YAGI Nobuaki, TADA Naoya, UCHIDA Makoto, TAKAHASHI Kousuke

2011 ( 49 ) 521 - 522 2011.2

1703 Measurement ofThree Dimensional Displacement during Neck Propagation Process of Polymerby Stereo Digital Image Correlation Method

TANAKA Shouhei, UCHIDA Makoto, TADA Naoya

2011 ( 49 ) 519 - 520 2011.2

1503 An Experiment for Static Modeling of Vehicle Deformation by Pole Side Impact

ONO Tadanori, TADA Naoya, SHIMIZU Ichiro, TAKUBO Nobuaki

2011 ( 49 ) 449 - 450 2011.2

1518 Observation of Deformation of Au Thin Film Deposited on Polycarbonate Substrate Subjected to Cyclic Loading

SATO Naoyuki, TADA Naoya, SHIMIZU Ichiro, HU Yafei

2011 ( 49 ) 479 - 480 2011.2

"図解はじめての固体力学－弾性，塑性，粘弾性－":有光隆著（講談社発行）

多田直哉

材料 60 ( 7 ) S6 2011

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