Theses

March 2020


Joint angle estimation by body segment acceleration in the activities of daily living

Yusuke Ariga, Master of Engineering in Human Mechanical Systems and Design

Characterization of biomimetically remineralized bovine cortical bone via the polymer-induced liquid-precursor process

Xingming He, Master of Engineering in Human Mechanical Systems and Design

Structure analysis of Titanium alloy coated by plasma electrolytic oxidation

Yuxin Gu, Master of Engineering in Human Mechanical Systems and Design

Elastic modulus and crystal/molecular structure in rod- and plate-like single trabeculae

Yuta Takahashi, Master of Engineering in Human Mechanical Systems and Design

Strength and Haversian system in diaphysial cortical bone of bovine femur

Yoshitaka Taguchi, Master of Engineering in Human Mechanical Systems and Design

Post-yield compressive deformation behavior of cancellous bone in bovine femurs

Tsugumi Tanaka, Master of Engineering in Human Mechanical Systems and Design

Composition-function relationships of ACL enthesis in relation to tensile load

Shunsuke Hatakeyama, Master of Engineering in Human Mechanical Systems and Design

Finite element analysis for athletic first-rib fracture

Ryuhei Yamauchi, Master of Engineering in Human Mechanical Systems and Design

Friction measurements of mouse knee joint by pendulum tester

Takamichi Shimizu, Bachelor of Engineering in Mechanics and Information

Structural and functional evaluation of Titanium implants coated by plasma electrolytic oxidation

Keita Arai, Bachelor of Engineering in Mechanics and Information

Mechanical characterization of clinical human fibrin membrane

Akihiro Hirakawa, Bachelor of Engineering in Mechanics and Information

Additive manufacturing of metal implant based on cancellous bone structure

Kazuki Sawada, Bachelor of Engineering in Mechanics and Information

Surface myoelectric potential of upper arm during elbow joint movement

Shuji Shiohara, Bachelor of Engineering in Mechanics and Information


March 2019


Mechanical analysis of demineralized cortical bone by Raman spectroscopy

Komura K, Master of Engineering in Human Mechanical Systems and Design

Friction measurements of rabbit knee joint by pendulum tester

Sakai Y, Master of Engineering in Human Mechanical Systems and Design

Mechanical properties of remineralized bone matrix

Naitoh R, Master of Engineering in Human Mechanical Systems and Design

X-ray diffraction analysis for mechanical behaviors of remineralized bone matrix

Endo R, Bachelor of Engineering in Mechanics and Information

Structural analysis of trabecular networks of cancellous bone in bovine proximal femur

Suzuki Y, Bachelor of Engineering in Mechanics and Information

Compressive fracture behaviors of lattice structure by additive manufacturing

Nagasawa H, Bachelor of Engineering in Mechanics and Information

Gait feature analysis by wearable sensors

Kato H, Bachelor of Engineering in Mechanical Systems

Anisotropy of deformation behavior of hydroxyapatite crystals in bovine cortical bone

Kawasaki Y, Bachelor of Engineering in Mechanical Systems


September 2018


Mechanical behaviors of mineral and organic phases in demineralized bone

Kaneyoshi K, Master of Engineering in Human Mechanical Systems and Design

Structural strength of cancellous bone in bovine femur

Nagao H, Master of Engineering in Human Mechanical Systems and Design


March 2018


Individual muscle activities of upper arm and thigh detected by EMG-CT

Kitai M, Master of Engineering in Human Mechanical Systems and Design

Mechanical behavior of porcine knee joint cartilage by Raman spectroscopy

Kitayama M, Master of Engineering in Human Mechanical Systems and Design

Joint load estimation by acceleration of body segments

Ariga Y, Bachelor of Engineering in Mechanics and Information

Elastic modulus and morphology of single trabecula in bovine femoral cancellous bone

Takahashi Y, Bachelor of Engineering in Mechanics and Information

Hydroxyapatite crystal deformation behavior and structural anisotropy in bovine cortical bone

Taguchi Y, Bachelor of Engineering in Mechanics and Information

Mechanical evaluation of articular joint by magnetic resonance images

Hatakeyama S, Bachelor of Engineering in Mechanics and Information

Mechanical properties of occlusal force evaluation device

Yamauchi R, Bachelor of Engineering in Mechanics and Information


March 2017


Micro-scale deformation and Raman shifts of apatite and collagen phases in bone tissue

Okabe R, Master of Engineering in Human Mechanical Systems and Design

Lower leg muscle activity during gait cycle phases using H-Gait system with EMG telemeter

Seki Y, Master of Engineering in Human Mechanical Systems and Design

Whole body gait analysis by H-Gait and estimation of center of mass

Takagi J, Master of Engineering in Human Mechanical Systems and Design

Each muscle activities in forearm during hand motion by EMG-CT

Toyota N, Master of Engineering in Human Mechanical Systems and Design

Elastic modulus and HAp crystal orientation in single trabecula

Fukasawa K, Master of Engineering in Human Mechanical Systems and Design

Structural and mechanical analysis of cortical bone by Raman spectroscopy

Komura K, Bachelor of Engineering in Mechanics and Information

Friction property of rabbit knee joint by pendulum motion analysis

Sakai Y, Bachelor of Engineering in Mechanics and Information

Impact strength measurement of cortical bone using pendulum-typed fracture tester

Naitoh R, Bachelor of Engineering in Mechanics and Information

Effect of alginate gel on intervertebral stiffness of ovine lumbar spine

Hirohama N, Bachelor of Engineering in Mechanical Systems

Strain measurements of mineral and organic phases in cortical bone by X-ray diffraction

Yoneme H, Bachelor of Engineering in Mechanical Systems


March 2016


Frictional and viscoelastic properties of rabbit knee joint by pendulum test

Uwamino Y, Master of Engineering in Human Mechanical Systems and Design

Real-time EMG-CT for forearm muscle activity

Kurashima T, Master of Engineering in Human Mechanical Systems and Design

In vitro laser bonding of bone tissue and ceramics

Komori T, Master of Engineering in Human Mechanical Systems and Design

Whole body gait analysis by using H-Gait

Taki H, Master of Engineering in Human Mechanical Systems and Design

HAp/Col strain measurements for cortical bone by small and wide angle X-ray diffraction

Kaneyoshi K, Bachelor of Engineering in Mechanics and Information

Stiffness of porcine liver by using MRE

Kuramitsu T, Bachelor of Engineering in Mechanics and Information

Elastic modulus distribution in cortical bone at osteon Level by microindentation

Nagao H, Bachelor of Engineering in Mechanics and Information

Muscle activity in upper limb during elbow joint flexion/extension

Kitai M, Bachelor of Engineering in Mechanical Systems