Publications (papers, books) related to Press‐in Technology (Jan.
2020~Dec. 2022)
NO.

Authors

Year ofPublication

Title

Published inVolume/Page

Language

Access links (URL) for reference

Issue 41
pp. 14‐21

Ukrainianhttps://www.researchgate.net/publication/354041946_Physical_modeling_of_steel_tubular_piles_installation_into_sandy_soil

1

Doubrovsky, M.,
Dubravina, V.

2020

Bases and Foundations. Issue 41,
Physical Modelling of Steel Tubular Piles Installation
Kyiv, Kyiv National University of
into Sandy Soil
Civil Engineering.

2

Hoang, LT.,
Matsumoto, T.

2020

Long‐term Behavior of Piled Raft Foundation Models
Soils and Foundations
Supported by Jacked‐in Piles on Saturated ClayVol. 60, Issue 1
pp. 198‐217

Englishhttps://www.sciencedirect.com/science/article/pii/S00380806
20310398?via%3Dihub

3

Ishihara, Y., Haigh,S., Koseki, J.

2020

Assessment of Base Capacity of Open‐ended
Tubular Piles Installed by the Rotary Cutting Press‐in Soils and Foundations
MethodVol. 60, Issue 5
pp. 1189‐1201

Englishhttps://www.sciencedirect.com/science/article/pii/S00380806
20337173

4

Ishihara, Y., Ogawa,N., Mori, Y. et al.

2020

Japanese Geotechnical Society
Simplified Static Vertical Loading Test on Sheet Piles
Special Publication, 8th Japan‐
Using Press‐in Piling Machine
China Geotechnical Symposium

pp. 245‐250

Englishhttps://www.jstage.jst.go.jp/article/jgssp/8/7/8_v08.j32/_articl
eIshihara, Y.,
5 Yasuoka, H.,
Shintaku, S.

2020

Application of Press‐in Method to Coastal Levees inGeotechnical Engineering Journal
Kochi Coast as Countermeasures Againstof the SEAGS & AGSSEA
Liquefaction

Vol. 51, No. 1
pp. 79‐88

Englishhttps://www.academia.edu/42340743/Application_of_Press_in_Method_to_Coastal_Levees_in_Kochi_Coast_as_Countermeas
ures_Against_Liquefaction

Kasama, K.,
6 Yamamoto, S.,
Ohno, M. et al.

2020

Seismic Damage Analysis on the River Levees
Reinforced with Steel Sheet Pile by the 2016
Kumamoto Earthquake

Japanese Geotechnical Journal

Vol. 15, Issue 2
pp. 395‐404

Japanesehttps://www.jstage.jst.go.jp/article/jgs/15/2/15_395/_article/‐char/en

2020

Design Method of Cantilever Steel Pipe Sheet‐Pile
River Revetment Reinforced with Partial
Solidification Soil Improvement

Journal of Japan Society of Civil
Engineers, Ser. B3 (OceanEngineering)Vol. 76, Issue 2
pp. I_420‐I_425Japanese

https://www.jstage.jst.go.jp/article/jscejoe/76/2/76_I_420/_article/‐char/en

Momiyama, T.,
8 Taenaka, S., Hara, T.
et al.

2020

Study on Reinforcement Method of Small EarthDams Using Steel Sheet Piles― Verifica on of Reinforcement Eﬀect Against theLiquefac on through the Shaking Test ―Transactions of The JapaneseSociety of Irrigation, Drainage andRural Engineering

Vol. 88, Issue 1
pp. I_47‐I_58

Japanesehttps://www.jstage.jst.go.jp/article/jsidre/88/1/88_I_47/_articl
e/‐char/en

9Saleem, MA., Malik,AA., Kuwano, J.

2020

Eng Shape and Rotation Effect on Steel Pipe Pile
Installation Effort and Bearing ResistanceGeomechanics and Engineering

Vol. 23, Issue 6
pp. 523‐533

Englishhttps://doi.org/10.12989/gae.2020.23.6.523

10

Takuma, T., Kajino,K., Nagano, M.

2020

Prevention of Landslides with Rows of Pressed‐in
Pipe Piles on Steep Slope

Proceedings of 2020 DeepFoundations Institute Annual
Conference

pp. 374‐383

Englishhttps://www.proceedings.com/57951.html

11

Takuma, T., Kajino,K., Nagano, M.

2020

Landslide Mitigation for Bridge Piers on an Unstable Proceedings of 2020 Annual
Slope with Rows of Pressed‐in Pipe Piles
International Bridge Conference

pp. 7‐14

Englishhttps://www.proceedings.com/57707.html

12

Takuma, T., Kajino,K., Nozaki, T. et al.

2020

Construction of Large and Deep Bridge Pier
Foundations with Pressed‐in Pipe Pile Cells

Proceedings of 2020 ASCE Annual
GeoCongress

pp. 163 ‐ 174

Englishhttps://ascelibrary.org/doi/10.1061/9780784482780.016

13

Takuma, T.,
Nagano, M., Vaz, I.

2020

Repair of a Flood‐damaged Subway Tunnel withPressed‐in Sheet Piles in
New York City’s Congested Streets

Proceedings of 2020 ASCE
Metropolitan Section Annual
Geotechnical Seminar

10p

Englishhttps://www.ascemetsection.org/images/files/geotech/2020_s
eminar/Repair_of_a_Flood‐
damaged_Subway_Tunnel_with_Pressed‐
in_Sheet_Piles_in_New_York_Citys_Congested_Streets.pdf

Yamazaki, H.,
14 Kikuchi, Y., Noda, S.
et al.

2020

Unit Inner Friction Resistance and Unit Resistance of Journal of Japan Society of Civil
Engineers, Ser. B3 (Ocean
Actual part of Open‐Ended Piles Based on theEngineering)
Double‐Pile Model Pile ExperimentVol. 76, Issue 2
pp. I_450‐I_455

Japanesehttps://www.jstage.jst.go.jp/article/jscejoe/76/2/76_I_450/_article/‐char/en

15

Yang, ZX., Gao, YY.,
Jardine R. J. et al.

2020

Large Deformation Finite‐Element Simulation ofDisplacement‐Pile Installation Experiments in Sand

Journal of Geotechnical andGeoenvironmental Engineering

Vol. 146, Issue 6

Englishhttps://ascelibrary.org/doi/abs/10.1061/(ASCE)GT.1943‐
5606.0002271

16Zhang, Y., Yang, X.,
Wu, W. et al.

2020

Torsional Complex Impedance of Pipe PileConsidering Pile Installation and Soil Plug Effect

Soil Dynamics and Earthquake
Engineering

Vol. 131

Englishhttps://www.sciencedirect.com/science/article/pii/S02677261
1930805X

7

Kato, T., Kato, R.,
Nishimura, M. et al.

NO.

Authors

Year ofPublication17

Doubrovsky, M.,
Dubravina, V.

2021Model Testing of the “Pile‐Soil” Interaction
Under Axial ForceDoubrovsky, M.,
18 Kusik, L.,
Dubravina, V.

Published inVolume/Page

Language

Access links (URL) for reference

Herald of Odessa Academy of
Civil Engineering, Odessa.

Vol. 83
pp. 102‐111

Englishhttps://www.sciencegate.app/document/10.31650/2415‐377x‐2021‐
83‐102‐1112021

Advances in Geoengineering
along the Belt and Road.
Bearing Capacity of Tubular Piles: Technological
BRWSG 2021. Lecture Notes in
Improvements and Model Testing
Civil Engineering, Springer,
Singapore.

Vol. 230
pp. 137‐154

Englishhttps://doi.org/10.1007/978‐981‐16‐9963‐4_11

Fujiwara, K.,
19 Ogawa, N., Nakai,K.

2021

3‐D Numerical Analysis of Partial Floating Sheet‐
Journal of JSCE
Pile Method as Countermeasure Liquefaction

Vol. 9, Issue 1
pp. 138‐147

Englishhttps://www.jstage.jst.go.jp/article/journalofjsce/9/1/9_138/_article/‐char/ja/

Ishihara, Y.,
Okada, K.

2021

Automatic Operation of Press‐in piling Machine
Symposium on Construction
and Estimation of Subsurface Information byMachinery and Methods
Using Press‐in Piling Data

pp. 15‐20Japanese

https://jcmanet.or.jp/jcma2019wide/wp‐
content/uploads/2021/11/04.pdf

21 Kikuchi, Y.

2021

Development of Tenacious Breakwaters andCoastal Levees

Journal of Japan Society of Civil
Engineers

Kuroyanagi, N.,
22 Ito, A., Yamazaki,
M.

2021

Vertical Bearing Capacity of Sandy Ground
Reinforced with Expansion Steel Pipe Pile

Journal of Structural andConstruction Engineering(Transactions of AIJ)

Maeda, T.,
23 Shimada, Y.,
Takahashi, S. et al.

2021

Nakai, K.,
24 Fujiwara, K.,
Ogawa, N.

20TitleVol. 69, No. 3
No.758
pp. 11‐15

Japanese N/AVol. 86, Issue 779
pp. 89‐96

Japanesehttps://www.jstage.jst.go.jp/article/aijs/86/779/86_89/_article/‐char/en

Development of Design Method for Inclined
Journal of Japan Society of Civil
Braceless Excavation Support Applicable to Deep Engineers, Ser. C (GeosphereExcavationEngineering)Vol. 77, Issue 1
pp. 1‐17

Japanesehttps://www.jstage.jst.go.jp/article/jscejge/77/1/77_1/_article/‐char/en

2021

Seismic Performance Evaluation of PFS Methodby Soil‐Water Coupled Finite Deformation
AnalysisVol. 22, No. 89
pp. 94‐99

Englishhttps://geomatejournal.com/geomate/article/view/3018

Sharif, Y. M.,
Brown, M. J.,
25
Cerfontaine, B. etal.

2021

Effects of Screw Pile Installation on Installation
Requirements and In‐Service Performance Using Canadian Geotechnical Journal
the Discrete Element MethodVol. 58, No. 9

Englishhttps://cdnsciencepub.com/doi/abs/10.1139/cgj‐2020‐0241

26

Takuma, T., Kajino,K., Nozaki, T. et al.

2021

Building a Tall Self‐standing Retaining Wall
into a Steep Slope with Pressed‐in Pipe Piles

Proceedings of 2021
International Foundations
Congress and Equipment Expo

pp. 75‐84

Englishhttps://ascelibrary.org/doi/book/10.1061/9780784483411

27

Takuma, T.,
Nagano, M.

2021

Diverting Volcanic Debris Flow with Pressed‐in
Sheet Piles Installed in Lava Rock

Proceedings of 2021
GeoExtreme Conference

pp. 504‐512

Englishhttps://ascelibrary.org/doi/book/10.1061/9780784483701

28

Takuma, T.,
Nagano, M.

2021

Enhancing Coastal Levee’s Resiliency against
Proceedings of 2021
Strong Earthquakes and Tsunamis with Pressed‐
GeoExtreme Conferencein Pilespp. 21‐33

Englishhttps://ascelibrary.org/doi/10.1061/9780784483701.003

Takuma, T.,
29 Nozaki, T.,
Nagano, M.

2021

Constructing Tsunami Walls with Pressed‐in
Sheet and Pipe Pile Combi‐walls

pp. 446‐457

Englishhttps://www.proceedings.com/62294.html

2021

Modelling and Methods ofNumerical Modelling on Settlement Influence ofStructural Analysis, Moscow
Highway Embankment on Adjacent Ground2021

Paper 98 (Section3); underpublication of theproceedings

EnglishN/A

2021

Centrifuge Modelling for Seismic Retrofit
Evaluation of Bridge Abutment Pile Foundationin Liquefied GroundVol. 77, Issue 4
pp. I_184‐I_195

Japanesehttps://www.jstage.jst.go.jp/article/jscejseee/77/4/77_I_184/_
article/‐char/en

Truong, Q.B., Vu,
30 A.T., Pham H.K. etal.
Yang, Y.,
31 Tanimoto, S.,
Kiriyama, T.

International Journal of
GEOAMTE

Proceedings of 2021 Deep
Foundations Institute Annual
Conference

Journal of Japan Society of Civil
Engineers, Ser. A1 (StructuralEngineering & Earthquake
Engineering (SE/EE))

NO.

Authors

Year ofPublication

Title

Published inVolume/Page

Language

Access links (URL) for reference

pp. 3247‐3252

EnglishN/AVol. 6, Issue 1

Englishhttps://doi.org/10.37308/DFIJnl.20220209.249

52p

EnglishN/A

Doubrovsky, M.,
32 Dubravina, V.,
Shokarev, V. et al.

2022

Ensuring the Piles Bearing Capacity Under
Pressing Loads

Proceedings of the 20thInternational Conference on Soil
Mechanics and GeotechnicalEngineering– Rahman and Jaksa(Eds)

Fellenius, B., Tan,SA.

2022

Increase of CPT Cone Resistance in Sand Due toInstallation of Press‐In PilesDFI Journal

34 Haigh, A.

2022

Performance of Implant Structures

University of Cambridge
Department of Engineering

Ho, HM., Malik,
35 AA., Kuwano, J. etal.

2022

Experimental and Numerical Study on Pressure
Distribution under Screw and Straight Pile in
Dense Sand

International Journal ofGeomechanics

Vol. 22, Issue 9English

https://doi.org/10.1061/(ASCE)GM.1943‐5622.0002520

Hoang, LT., Dao,KX., Xiong X. et al.

2022

Performance Analysis of a Jacked‐in Single Pile
and Pile Group in Saturated Clay Ground

Soils and Foundations

Vol. 62, Issue 1

Englishhttps://www.sciencedirect.com/journal/soils‐and‐foundations

2022

Experimental Investigation of Bearing
Mechanism of Closed‐ and Open‐Ended Piles
Supported by Thin Bearing Layer Using X‐ray
Micro CT

Soils and Foundations

Vol. 62, Issue 4

Englishhttps://www.sciencedirect.com/science/article/pii/S00380806
22000877?dgcid=raven_sd_via_email

2022

Load Transfer Directionality of Snakeskin‐Inspired Piles during Installation and Pullout inSands

Journal of Geotechnical andGeoenvironmental EngineeringVol. 148, No. 12

Englishhttps://ascelibrary.org/doi/abs/10.1061/%28ASCE%29GT.1943‐
5606.0002929

2022

CPT‐Based Axial Capacity Design Method forDriven Piles in Clay

Journal of Geotechnical andGeoenvironmental Engineering

Vol. 148, No. 9

Englishhttps://ascelibrary.org/doi/abs/10.1061/%28ASCE%29GT.1943‐
5606.0002847

Vol. 62, Issue 3

Englishhttps://www.sciencedirect.com/science/article/pii/S00380806
2200049X?dgcid=raven_sd_via_email

33

36

Kido, R., Suezawa,
37 R., Sawamura, Y.
et al.
Kyle, B. O’Hara.,
38 Alejandro,
Martinez.
Lehane, BM., Liu,
39 Z., Bittar, E. J. etal.
40

Li, W., Deng, L.,
Chalaturnyk, R.

2022

Centrifuge Modeling of the Behaviour of Helical
Piles in Cohesive Soils from Installation and Axial Soils and Foundations
Loading41

Miyanohara, T.,
Suzuki, N.

2022

Technical Evaluation for the Design andConstruction Method for Rotary Press‐in Piling
Method (Gyropress Method)2022

11th International Symposium
Geotechnical Mapping using Press‐in Piling Dataon Field Monitoring into Estimate Bearing Layer
Geomechanics (ISFMG2022)

7p

Englishhttps://www.issmge.org/publications/publication/geotechnical‐mapping‐using‐press‐in‐piling‐data‐to‐estimate‐bearing‐layer

2022

Three‐parameter Lognormal Distribution to
Estimate Ultimate Bearing Capacity of Pile
Foundations with Extrapolation of Load‐settlement Curves

Proceedings of the 8thInternational Symposium on
Geotechnical Safety and Risk
(ISGSR), December 2022,
Newcastle, Australia

6p

Englishhttps://rpsonline.com.sg/proceedings/isgsr2022/html/01‐009.html

2022

Reinforcement Method of River Dykes by Steel
Sheet‐piles Against Earthquakes and Floods

Journal of Japan Society of Civil
EngineersVol. 70, No. 3
Ser.No.770
pp. 14‐17Japanese N/ATamboura, H. H.,
45 Isobe, K., Ohtsuka,S.

2022

End Bearing Capacity of A Single Incompletely
End‐Supported Pile Based on the Rigid Plastic
Soils and Foundations
Finite Element Method with Non‐Linear Strength
Property Against Confining StressVol. 62, Issue 4

Englishhttps://www.sciencedirect.com/science/article/pii/S00380806
22000907?dgcid=raven_sd_via_email

Vu, A.T.,
46 Matsumoto, T.,
Xiong, X. et al.

2022

Behaviours of Batter‐pile Foundations SubjectedInternational Journal ofto Combination of Vertical Load and Cyclic
Geotechnical Engineering
Horizontal Loading

Vol. 16, Issue 5
pp. 592‐605

Englishhttps://doi.org/10.1080/19386362.2021.1929696

2022

Model Testing Study on Engineering
Performances of Circular Helicoid Piles During
Soils and Foundations
the Whole Process of Installation and Bearing inSandy SoilVol. 62, Issue 3

Englishhttps://www.sciencedirect.com/science/article/pii/S00380806
22000580?dgcid=raven_sd_via_email

42 Suzuki, N.

43 Suzuki, N.

44

Taenaka, S.,
Mochida, Y.

Wang, K., Cui, C.,
47
Ren, J. et al.

The Foundation Engineering &Equipment, Monthly 50 (12)pp. 45‐47

Japanese https://iss.ndl.go.jp/books/R000000004‐I032567953‐00