BoJing Zhu's blog

A example for segementate of interface and surface from three-phases!

Link:

https://www.dropbox.com/s/embs581dab264e5/100x100x100_skeleton.mpg?dl=0

https://www.dropbox.com/s/3g9joiexm62x8bg/100x100x100_Site_Diameter_Leng...

A 3D geometrical model which establish by 3D LG-LB code and Blob 3D is attached.  The results are very interesting!

To computing mechnics/physics, if the complex geometrical model can be established definited correcte! so many interesting work can be done to exploring the microstructure deformation_stress process under ULTP.

A simple 3D D3Q27 lattice Boltzmann example for simulate the plastic creep simulation on the friction surface 

PostDoc Dissertation:  Hybird wave time-domain hypersingular integral equation-lattice Boltzmann method to earthquake fault slip problem in the coseismic process under multi temporal-spatial scales and coupled electromagnetothermoforce fields in parallel CPU-GPU system

D3Q27 LBM MODEL IS VERY INTERESTING AND BEAUTIFUL, ALL DISTRIBUTION FUNCTION CAN BE REDUCED A SIMPLE FORMATION.

DISCUSSION? 

HOW TO DEAL WITH THE INTERFACE FILM BETWEEN SOLID SKETCH PART AND FLUID PORE PART( THROGH FORCE OR THROUGH DISPLACEMENT).

 :)

Extended pore stress for Zipingpu/Longmenshan fault silp

* download the file (case.pdf) and change name to case.wmv, then it can be open normally! 

Example 1: using LBM predicting rock physics propertiy under ultra-high temper and pressure condition

Example 2: using LBM analyze mantle convection

One of the book may help us understand why Boltzmann can have so many new ideas (atom theory, statics mechanics and so on)

A easy way to create contact FEM model by using NASA data and PB2002 data

As we know how to define the interface type is a key problem in ABAQUS.

But when the interface is not regular, can we find a convenient way to realize it?

Can we establish the relationship between density distributionfunction and dynamic stress intensity factors(J-integral)?

Numerical simulation results(part1): fracture  of multiphase micro flow

explanation:

For the 090*_consise.doc files, down load it and rename it to 090*_consise.avi, then you can open it with winplay

e.g 0903_consie.doc    0903_consise.avi

Dynamic extended stress intensity factors near-fields radiation distribution for P- and S-waves at the 3D crack surface

N.I.Ioakimidis.1982.Application of finite-part integrals to the singular integral equations of crack problems in plane and three-dimensional elasticity. Acta Mechanica.45. 31-47.

N.I.Ioakimidis.1983. A new singular integral equation for the classical crack problem in plane and antiplane elasticity. Int J fracture. 21. 115-122

2.The Interaction module

Analyze crack problem by ABAQUS/CAE

1.define a crack in ABAQUS/CAE

Ms. Ref. No.: XXXXX-D-07-00060
Title: XXXXXX

XXXXXXXXXX

Dear xxx XXX,

I regret to inform you that the reviewers of your manuscript have advised against publication, and I must therefore reject it.

For your guidance, the reviewers' comments are included below.

Thank you for giving us the opportunity to consider your work.

Yours sincerely,

XXXXXXXXXXX, Professor
Associate Editor

XXXXXXXXXXXXX

Reviewers' comments:

The New Scientist,Vol196,Issue 2624,6 October 2007,Page 32 Paul MarksThe composite material could make the next generation of aeroplanes safer by sensing and repairing cracks before they become critical A smart composite material that senses cracks as they develop and then repairs the damage could make the next generation of aeroplanes safer.

when we talk about magnetism, we use Ising Model or Heisenberg model

if possible can you give me some suggestion about these two model for (one dimensional, two dimensional)