Kenji Takizawa

Professor

Waseda University

Japan

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Kenji Takizawa is a Professor at Waseda University in Japan. His research areas focus on isogeometric analysis, computational flow analysis, and mesh generation techniques, as evidenced by his recent articles on various complex geometries and aerodynamics. He has contributed significantly to the field with studies on the high-resolution analysis of wind turbine aerodynamics and innovations in mesh generation methods.

Kenji Takizawa

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Articles (20)

T-splines mesh generation for complex geometries: Multipatch-NURBS to product-form-T-splines conversion

High-resolution Space–Time Isogeometric Analysis of NREL 5MW wind turbine long-wake flow

T-splines mesh generation for complex geometries: Spacecraft parachute aerodynamics

Space–Time Isogeometric Analysis of NREL 5MW wind turbine rotor and tower aerodynamics

A chronological catalog of methods and solutions in the Space–Time Computational Flow Analysis: I. Finite element analysis

A chronological catalog of methods and solutions in the Space–Time Computational Flow Analysis: II. Isogeometric analysis

Correction to: Space–time isogeometric analysis of tire aerodynamics with complex tread pattern, road contact, and tire deformation

Space–time isogeometric analysis of tire aerodynamics with complex tread pattern, road contact, and tire deformation

A general-purpose IGA mesh generation method: NURBS Surface-to-Volume Guided Mesh Generation

A hyperelastic extended Kirchhoff–Love shell model with out-of-plane normal stress: II. An isogeometric discretization method for incompressible materials

Computational aerodynamics with isogeometric analysis

Space–time flow computation with boundary layer and contact representation: a 10-year history

Space–time computational flow analysis: Unconventional methods and first-ever solutions

T-splines computational membrane–cable structural mechanics with continuity and smoothness: I. Method and implementation

T-splines computational membrane–cable structural mechanics with continuity and smoothness: II. Spacecraft parachutes

Carrier-Domain Method for high-resolution computation of time-periodic long-wake flows

High-resolution multi-domain space–time isogeometric analysis of car and tire aerodynamics with road contact and tire deformation and rotation

A hyperelastic extended Kirchhoff–Love shell model with out-of-plane normal stress: I. Out-of-plane deformation

Space–time isogeometric analysis of car and tire aerodynamics with road contact and tire deformation and rotation

Wind turbine wake computation with the ST-VMS method and isogeometric discretization: Directional preference in spatial refinement

Collaborators (3)

Takashi Kuraishi

Yuto Otoguro

Tayfun Tezduyar

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