welcome!!!

kenn k. q. zhang

education

  • doctor of philosophy, in mechanical engineering, university of illinois at chicago, usa;
  • master of science, in applied mathematics, northwestern university, usa;
  • bachelor of engineering, in engineering mechanics, shanghai jiao tong university, china;

  • development interest, from year 2011 to year 2020

  • Tools: EtherEdit, EtherCity, EtherC, EtherLinux, EtherExplore;
  • EtherAssess;
  • Office: EtherWord (latex and Word like; including PowerPoint), EtherData (Excel like; including statistics), EtherDiagram;
  • Math and Statistics: EtherMath (including statistics and EtherDerive);
  • CAD and graphics: EtherCAD, EtherView, EtherMesh, EtherStudio;
  • CAE: EtherFEA, SEA;

  • research interest, from year 2011 to year 2020

  • computational physics (statistical mechancis and kinetics: astrophysics, condensed matter physics, material physics, chemical physics);
  • computational physics (fields: quantum chromodynamics, nuclear plasmas);
  • computational physics (continuum: general relativity);
  • computational fluid dynamics (combustible compressible turbulence);
  • computational mathematics (discontinuous spectral element method, spectral boundary element method, arbitrary lagrangian eulerian level set method);


  • major technical achievements or contributions
  • unified computation of incompressible and compressible flows;
  • theory of arbitrary lagrangian eulerian framework: the first correct and rigorous derivation of this most general framework; so that high-order numerical discretizations can be attained, and it may help to develop a new paradox-free theoretical description of fundamental physics;
    publications
  • 10 sci journal papers published;
  • 2 sci journal papers on the way;
  • book 1, expected december 2011;
  • paper-fs-dos
    some writings
  • superposical parallelization
  • electromagnetic fluid dynamics
  • plasmas
  • spectral element method
  • c++ source codes for Chebyshev Collocation Spectral
  • quadrature
  • introduction to numerical
  • abstract:droplet
  • abstract:autonomous under water vehicle
  • equations in physics
  • some little points in physics and stochastics
  • superphotonic
    some pics
  • fermilab
    some links
  • galois-boltzmann