Start Date | Title | P-Investigator | Funding Organization/經費來源 |

2022 | Are the Direct and Indirect Bem Equivalent? (II) | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2022 | Study of the Double-Degeneracy Problem in the Bem/Biem(3/3) | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2021 | Are the Direct and Indirect Bem Equivalent? (I) | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2021 | Study of the Double-Degeneracy Problem in the Bem/Biem(2/3) | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2020 | Study of the Double-Degeneracy Problem in the Bem/Biem(1/3) | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2020 | 土木水利工程學門研究發展及推動規劃小組計畫 | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2019 | Study of Degenerate Scale for 2d Exterior Problems: Analytical Derivation Using Bipolar Coordinates and Numerical Experiment Using Boundary Element Method | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2019 | On the Complete Base for the Steklov Eigenproblems | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2019 | Applications of Angular Basis Function (Abf) Method Containing Cracklets and Stokeslets to Solve the Crack and Stokes Flow Problems. | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2019 | 土木水利工程學門研究發展及推動規劃小組計畫 | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2018 | Study of Degenerate Scale for 2d Exterior Problems: Analytical Derivation Using Bipolar Coordinates and Numerical Experiment Using Boundary Element Method | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2018 | A Study on the Degenerate Scale by Using the Dimensionless 2d Fundamental Solution | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2018 | Fictitious-Frequency Problem and Its Treatment in the Indirect Bem and the Mfs | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2018 | 土木水利工程學門研究發展及推動規劃小組計畫 | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2017 | A Self-Regularized Boundary Element Method-Theory and Applications | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2017 | Study of Degenerate Scale for 2d Exterior Problems: Analytical Derivation Using Bipolar Coordinates and Numerical Experiment Using Boundary Element Method | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2017 | Isogeometric Analysis Dual Bem for the Degenerate Boundary with Laplace Equation | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2016 | Applications of Modified Green$S Functions for Solving Boundary Value Problems of 2d Laplace Equation | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2016 | Degenerate-Scale Free Bie Formulation and Boundary Element Implementation | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2016 | A Self-Regularized Boundary Element Method-Theory and Applications | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2015 | Degenerate-Scale Free Bie Formulation and Boundary Element Implementation | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2015 | The Main Tuned Mass Damper of Taipei 101 Building | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2015 | A Self-Regularized Boundary Element Method-Theory and Applications | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2014 | Program Development and Theoretical Study of Dual Boundary Integral Equation Method by Using the Singular Value Decomposition and Addition Theorem | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2014 | Degenerate-Scale Free Bie Formulation and Boundary Element Implementation | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2013 | Linkage between the Degenerate Scale in the Bem/Biems and Unit Logarithmic Capacity in the Theory of Complex Variables | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2013 | Scattering problem of semi-circular and/or semi-elliptical hills containing tunnels subject to SH wave by using the null-field boundary integral equation method | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2013 | Program development and theoretical study of dual boundary integral equation method by using the singular value decomposition and addition theorem | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2012 | Semi-Analytical Approaches for Multiply-Connected Eigenproblems Containing Circular and Elliptical Holes or Stringers | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2012 | Scattering Problem of Semi-Circular And/Or Semi-Elliptical Hills Containing Tunnels Subject to Sh Wave by Using the Null-Field Boundary Integral Equation Method | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2012 | Program Development and Theoretical Study of Dual Boundary Integral Equation Method by Using the Singular Value Decomposition and Addition Theorem | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2011 | Study on Solving the Green's Function and Boundary Value Problems by Using the Image Method and the Null-Field Integral Equation | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2011 | Study on Solving the Green's Function and Boundary Value Problems by Using the Image Method and the Null-Field Integral Equation | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2011 | Semi-Analytical Approaches for Multiply-Connected Eigenproblems Containing Circular and Elliptical Holes or Stringers | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2011 | Scattering Problem of Semi-Circular and/or Semi-Elliptical Hills Containing Tunnels Subject to SH Wave by Using the Null-Field Boundary Integral Equation Method | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2010 | Null-Field Integral Equations and Their Engineering Applications | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2010 | Study on Solving the Green's Function and Boundary Value Problems by Using the Image Method and the Null-Field Integral Equation | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2010 | Semi-Analytical Approaches for Multiply-Connected Eigenproblems Containing Circular and Elliptical Holes or Stringers | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2009 | Null-Field Integral Equations and Their Engineering Applications | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2009 | Study on Solving the Green$S Function and Boundary Value Problems by Using the Image Method and the Null-Field Integral Equation | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2008 | Null-Field Integral Equations and Their Engineering Applications | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2007 | A Systematic Approach for Solving Laplace, Helmholtz and Biharmonic Equations Using Degenerate Kernels (III) | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2007 | A Systematic Approach for Solving Laplace and Helmholtz Problems with Circular Inclusions and Cracks Using Degenearte Kernels | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2006 | A Systematic Approach for Solving Laplace and Helmholtz Problems with Circular Inclusions and Cracks Using Degenearte Kernels | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2006 | A Systematic Approach for Solving Laplace, Helmholtz and Biharmonic Equations Using Degenerate Kernels (II) | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2005 | Multiple Radiators & Scatters | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2005 | A Systematic Approach for Solving Laplace, Helmholtz and Biharmonic Equations Using Degenerate Kernels (I) | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2004 | A Unified Formulation for Degenerate Problems in BEM (III) | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2004 | Degenerate Scale for Plate Analysis Using Boundary Element Method | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2002 | Applications of Fast Mulipole Method for Acoustics and Oblique Incident Water Wave | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2002 | A Unified Formulation for Degenerate Problems in BEM (I) | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2002 | A Unified Formulation for Degenerate Problems in BEM (II) | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2001 | Formulation and Program Development of Meshless Method | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2000 | Mathematical Analysis for Dual Boundary Integral Equations and Applications (I) | *Jeng-Tzong Chen* | *National Science and Technology Council* |

2000 | A Study on the Propagation of Oblique Incident Wave Past a Thin Barrier by Using the Dual BEM | *Jeng-Tzong Chen* | *National Science and Technology Council* |

1999 | Analytical Study and Numerical Experiments for Spurious Eigensolutions of Interior Problem and Fictitious Wave Numbers of Exterior Problem Using BEM | *Jeng-Tzong Chen* | *National Science and Technology Council* |

1999 | Symmetric BEM Formulation and Program Development | *Jeng-Tzong Chen* | *National Science and Technology Council* |

1998 | Applications of Dual Boundary Integral Equations to Exterior Acoustic Problems | *Jeng-Tzong Chen* | *National Science and Technology Council* |

1996 | Analysis and Experiment for Acoustic Modes of a Cavity Containing an Incomplete Partition | *Jeng-Tzong Chen* | *National Science and Technology Council* |

1995 | On Hysteretic Damping Mechanism in Time Domain | *Jeng-Tzong Chen* | *National Science and Technology Council* |

- | Mathematical Analysis for Dual Boundary Integral Equations and Applications (II) | *Jeng-Tzong Chen* | *National Science and Technology Council* |