kanjuro makihara

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Japan

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Professor Kanjuro Makihara is affiliated with Tohoku University - Aobayama Campus in Japan. His research areas include nonlinear dynamics, topology optimization, and energy harvesting techniques, as evidenced by his recent publications. Notable articles feature advanced methods in large deformation analysis, multibody dynamics, and control frameworks for various energy harvesting systems.

kanjuro makihara

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Articles (27)

Shape Keepers of Hollow Cylindrical Electrodynamic Tethers for Space Debris Removal

Model predictive control for optimized piezoelectric energy harvesting under multimodal vibration excitation: theory and simulation

Switch control strategy adapted to multimodal vibration and circuit with fewer diodes for magnetostrictive energy harvesting

Statistically Oriented Optimal Control and Disturbance Prediction for Piezoelectric Semi-Active Vibration Suppression

Support Vector Machine Framework for Detecting Ambiguous Contours of Space Debris Cloud

Dynamic modal rotation method with inertial nonlinearity for large deformation analysis of slender structures

Data-Driven Real-Time Topology Optimization Using Consistent Rotation-Based Moving Morphable Components

Reduced-order modeling of Hamiltonian formulation in flexible multibody dynamics: Theory and simulations

Nonlinear Dynamic Analysis Framework for Slender Structures Using the Modal Rotation Method

Magnetostrictive Vibration Suppression via Integration of Current Amplification Negative Capacitor and Current Inversion Semi-Active Control Circuit

A novel and efficient Hamiltonian dynamic analysis approach for constraint force determination in flexible multibody systems

High-fidelity flexible multibody model considering torsional deformation for nonequatorial space elevator

State observer of multibody systems formulated using differential algebraic equations

Comparison of Magnetostrictive-Actuated Semi-Active Control Methods Based on Synchronized Switching

Editorial for Special Issue: Recent Advances in Space Debris

Magnetostrictive-based induced current inversion and amplification: Semi-active vibration suppression for multiple-degree-of-freedom flexible structures

Investigation of Energy Harvesting Capabilities of Metglas 2605SA1

Semi-active switching vibration control with tree-based prediction and optimization strategy

Strategy for performance improvement in piezoelectric semi-active structural system identification by excluding switching failures using pseudo-state feedback

Analysis of energy conversion capability among various magnetostrictive materials for energy harvesting

Strain-Based Geometrically Nonlinear Beam Formulation for Rigid–Flexible Multibody Dynamic Analysis

Comprehensive predictive control for vibration suppression based on piecewise constant input formulation

Geometrically nonlinear aeroelastic characteristics of highly flexible wing fabricated by additive manufacturing

Adaptive and Robust Operation with Active Fuzzy Harvester under Nonstationary and Random Disturbance Conditions

Piezoelectric energy enhancement strategy for active fuzzy harvester with time-varying and intermittent switching

Self-sensing state estimation of switch-controlled energy harvesters

Damage of twisted tape tethers on debris collision

Collaborators (6)

Natsuki Tsushima

Rafael Palacios

Kiyonobu OHTANI

Yushin Hara

Keisuke Otsuka

Gael Sebald

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