@Tsutomu Namikawa, Dr. Eng.
@Professor
@E-mail : namikawa@shibaura-it.ac.jp
@B. Eng. : Kyoto University (1989)
@M. Eng. : Kyoto University (1991)
@D. Eng. : University of Tokyo (2006)
@Journal Paper
1) Namikawa T., Koseki J. (2007) : Evaluation of tensile strength of
cement-treated sand based on several types of laboratory tests. Soils and
Foundations, 47(4), pp.657-674.
2) Namikawa T.,
Koseki J., Y.Suzuki. (2007) : Finite element analysis of
lattice-shaped ground improvement by cement-mixing for liquefaction mitigation. Soils and
Foundations, 47(3), pp.559-576.
3) Namikawa T.,
Mihira S. (2007) : Elasto-plastic model for cement-treated sand. International
Journal for Numerical and analytical Method in Geomechanics. 30(1),
4) Namikawa T.,
Koseki J. (2006) : Experimental determination of softening relations for
cement-treated sand. Soils and Foundations, 46(4), 491-504.
5) Namikawa T.
(2001) : Delayed plastic model for time-dependent behaviour of materials. International
Journal for Numerical and analytical Method in Geomechanics, 25(6),
605-627.
@Conference Paper
1) Namikawa T.,(2011)
: Numerical Study of Bending Strength of Cement-treated Column with Spatial
Variability. Proceedings of the
International Conference on Advances in Geotechnical Engineering,
pp.579-586.
2) Namikawa T.
(2011) : Numerical study of failure behavior of cement-treated column with
spatial variability. 14th Asian Regional
Conference on Soil Mechanics and Geotechnical Engineering, CD-ROM.
3) Namikawa T.,(2011) : Numerical investigation of spatial distribution of deformation in granular media. Computer Methods for Geomechanics
Frontiers and New Applications Vol.1, pp381-386.
4) Namikawa T.,
Koseki J., DeSilva L.I.N. (2011) : Three-dimensional modeling of stress-strain
relationship of sand subject to large cyclic loading. 5th International Conference on Earthquake Geotechnical Engineering,
CD-ROM.
5) Araki
H., Lee J., Sato T., Namikawa T., Koseki J. (2010) : Mechanical
properties and seismic behavior of soil walls using remmed earth technique. International Symposium on New Technologies
for Urban Safety of Mega Cities in
6) Namikawa
T.,
Koseki J. (2009) : Numerical study of effects of spatial variability on
cement-treated column strength. Ground
Improvement Technologies and Case Histories, pp.419-424.
7) Koseki
J., Namikawa T. (2009) : Behavior of lattice-type ground improvement by
cement-mixing for liquefaction mitigation. Ground
Improvement Technologies and Case Histories, pp.257-262.
8) Namikawa T.,
Koseki J. (2009) : Size effect on bending strength of cement-treated soils. Deep Mixing 09, CT-7 CD-ROM
9) Namikawa T.,
Koseki J. (2009) : Performance evaluation of lattice-shaped ground improvement
for liquefaction mitigation. Performance-Based
Design in Earthquake Geotechnical Engineering, pp.1169-1176.
10) Namikawa T.
Koseki J. Suzuki Y. (2008) : Finite element analysis of a full scale bending
test of cement treated soil column. 12th International
Conference of the International Association for Computer Methods and Advances
in Geomechanics, pp.3635-3641.
11) Namikawa T.,
Koseki J. (2008) : Fracture zone deformation of cement-treated sand in plane
strain compression tests. Deformation
Characteristics of Geomaterials, pp.371-376.
12) Koseki
J. Tsutsumi Y. Namikawa T. Mihira S. Salas-Monge R. Sano Y. Nakajima S.
(2008) : Shear and tensile properties of cement-treated sands and their applications
of liquefaction-induced damage. Deformation
Characteristics of Geomaterials, pp.27-50.
13) Namikawa T. (2006)
: Centrifuge model tests on soil reaction along a pile in a liquefiable sand
layer. The 6th Int. Conf. on Physical Modelling in Geomechnics,
1029-1035.
14) Namikawa
T.,
Suzuki Y., Koseki J. (2005) : Seismic response analysis of lattice-shaped
ground improvements. Deep Mixing 05, 263-271.
15) Namikawa
T.
(2002) : Application to building foundation.
16) Namikawa
T.,
Togashi K., Nakafusa S., Babasaki R., Hashiba T. (2000) : Dynamic centrifuge
test of pile foundations structure, Part one : Behavior of free ground during
extreme earthquake conditions. 12th World Conference on Earthquake
Engineering, 2443.
17) Babasaki
R., Togashi K., Nakafusa S., Hashiba T., Namikawa T., (2000) : Dynamic
centrifuge test of pile foundations structure, Part two : Behavior of structure
and ground during extreme earthquake conditions. 12th World Conference on
Earthquake Engineering, 2444.