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Hikaru Nakamura

Nagoya University

Furo-cho, Chikusa-ku

Nagoya-City , 4648601

Japan

  • Nagoya University

SCHOLARLY PAPERS

3

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204

TOTAL CITATIONS

0

Scholarly Papers (3)

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1.

A Numerical Evaluation on the Effect of Vertical Stirrup Legs to Shear Failure Behavior in Rc Beams Based on 3d Rbsm

Number of pages: 67 Posted: 31 Oct 2024
Muhammad Abdullah, Hikaru Nakamura and Taito Miura
affiliation not provided to SSRN, Nagoya University and Nagoya University
Downloads 86 (790,029)

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Shear failure behavior, Vertical stirrup legs, 3D RBSM, Shear strength, Beam action, Arch action

2.

Tension Stiffening Analysis of Reinforced Sfrc Using Mesoscale Model Considering the Effects of Cracking and Localized Rebar Yielding

Downloads 63 (961,006)

Tension Stiffening Analysis of Reinforced Sfrc Using Mesoscale Model Considering the Effects of Cracking and Localized Rebar Yielding

Number of pages: 34 Posted: 21 Sep 2024
Atik Sarraz, Hikaru Nakamura, Tomoki Chaya and Taito Miura
affiliation not provided to SSRN, Nagoya University, Nagoya University and Nagoya University
Downloads 39 (1,252,562)

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R/SFRC, tension stiffening, fiber orientation, crack localization, cross-sectional cracks.

Tension Stiffening Analysis of Reinforced Sfrc Using Mesoscale Model Considering the Effects of Cracking and Localized Rebar Yielding

Number of pages: 25 Posted: 08 Oct 2024
Atik Sarraz, Hikaru Nakamura, Tomoki Chaya and Taito Miura
affiliation not provided to SSRN, Nagoya University, Nagoya University and Nagoya University
Downloads 24 (1,459,262)

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R/SFRC, tension stiffening, fiber orientation, crack localization, cross-sectional cracks

3.

Evaluation of Coupled Hygro-Mechanical Behavior of Heat-Damaged Mortars During Post-Heating Water Absorption Using DICM

Number of pages: 40 Posted: 13 Nov 2025
Muhammad Usman, Hikaru Nakamura, Muhammad Shoaib Karam and Taito Miura
affiliation not provided to SSRN, Nagoya University, University of Engineering and Technology and Nagoya University
Downloads 55 (1,020,567)

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concrete materials, heat-damaged mortar, water absorption, DICM, expansion strains, mechanical properties