Quaternionic and Clifford Calculus for Physicists and Engineers

Aus dem Inhalt:

Real and Complex Quaternions, Quaternions and Vector Algebra Relations, Rotations, General Clifford Algebras, Tensors and Clifford, Multivectors, Quaternionic Matrices, Classes of Regular Functions, Different Approaches of Regular Functions, Paravector Valued Elementary Functions, Functional Analytic Theorems, Special Systems Cl0,n -Regular Functions, Cl0,n -Regular Functions In Symmetric Domains, Approximation Theorems, Minimal Systems, Gram-Schmidt Procedure, Reprokernels, Fourier Transforms and Related Transforms, Teodorescu Transform, Hypercomplex Exterior Calculus, Mobius Transformations In Irn, Uniqueness of Clifford Regular Functions, Remarks On Residues In Clifford Analysis, Singular Integral Operators of Cauchy's Type, Formulae of Plemelj-Sokhotzki-Type, On a Decomposition of The Cl0,n -Valued Hilbert Space, On First Order Boundary Value Problems, Dirichlet Problems and Orthoprojections, Vekua Type Problems, On Weak Time-Dependent Maxwell Equations, a Coupled Problem of Thermoelasicity, Stokes Equation, Navier-Stokes Equations and Related Equations, Problems With Non-Linear Right Hand Side, Strong Non-Linear Boundary Value Problems, Multidimensional Reimann-Hilbert Problems, Domain Perturbation Problems, Hypercomplex Beltrami Equation, Integral Equations For Contact Problems, Estimation of Lower Bounds of Some Eigenvalue Problems, Discrete Fundamental Solutions, Discrete Reprokernels, Discrete Quaternionic Calculus, Convergence Results, Boundary Collation Methods, Parabolic Boundary Value Problems, On Field Equations, Recent Trends.