ADINA 9.1버전 출시

ADINA Ver. 9.1 주요 개선 기능

  (Thermal Fluid-Structure Interaction)

    : 2방향의 열-유체-구조의 연성 해석

     ex) 습식 클러치  (마찰에 의한 열 변형과 유체-구조 연성해석이 동시에 필요)

[습식 클러치는 마찰 클러치 방식 중 하나로 오일 속에서 클러치 판을 접속시켜 동력을 전달하는 방식에 사용 됨]

• boundary layer meshing 기능 개선

Advanced optimization algorithms

  : 경계조건의 벽면에 격자 추가 기능

 [Contact problem showing a structural application of mesh boundary layers]

[Three-dimensional mesh generated with boundary layers along no-slip surfaces]

• Three network model for polymers

    : 네트워크 형태의 재료모델 적용 가능

[Three-network model for teflon and PTFE]

•Automatic analysis switch 기능 확장

Explicit에서 Implicit time integration에서만 사용 가능했던 Automatic analysis switch 기능이 아래와 같이 다양한 해석 방법으로 확장되었습니다.

1. 
   
2. 
   
   1. 
      
   2. Static to frequency
   3. Static to dynamic
   4. Static to low-speed dynamic
   5. Implicit to explicit, and vice versa

해석 적용 사례 : “Seamless Implicit-Explicit Dynamic Analysis”

- ADINA 9.1 최소 구동 환경

: 64-bit PC Windows XP/Vista/7/8

Memory: 256 MB RAM or more

Disk space: 460 MB for typical installation

You may need to run the Microsoft C++ 2005 SP1 Redistributable Package

Security Update vcredist_x64.exe in \Microsoft\ if the package is not already installed

: Optional: OpenGL 3.3 compatible graphics card with at least 1 GB memory

on Windows Vista/7/8 for fast graphics mode display

: Optional: Intel Visual Fortran 11.0

(only needed for customization of user supplied subroutines, see Section VI)



- Floating (network) License : 새로운 License Manager 프로그램으로 변경



- ADINA 매뉴얼 업그레이드 : 핸드북 추가

ADINA Ver. 9.1 개선 기능 목록

Solid & Structures

Thermal & TMC

CFD & FSI

AUI - Model definition

AUI - Model display and post-processing

•Fracture mechanics

•Frequency analysis using the CMS method

•Energy calculations

•Implicit dynamic analysis

•Analysis-switch

•Automatic time-stepping

•Automatic total load application

•Reaction saving

•Eight-chain material model

•Arruda-Boyce material model

•Bergström-Boyce material model for rubber viscoelasticity

•Three-network model for polymers

•DF-CONCRETE material

•Beam-bolt

•Shell elements

•Pressure loadings

•Initial conditions

•Glue meshing feature

•Solution diagnostics

•Universal file output

•Saving of heat conductivity and heat capacity matrices

•SMP for FCBI-C assemblages

•Low-speed compressible analysis

•Fluid-structure interaction

•Thermal FSI

•Wall boundary conditions

•Gap boundary conditions

•The sliding mesh and periodic condition for FCBI-C elements

•Leader-followers

•Adaptive mesh generation

•Import of ANSYS files

•Warning messages for Parasolid import

•Geometry point creation

•ADINA-M

•Definition and meshing in STL

•New all-brick mesher

•Input of parameters for Bathe method of direct time integration(ADINA Structures)

•Ability to move elements from one group to another

•Ability to split and join meshes

•Boundary condition application

•Node set definitions

•Element set definitions

•Element face-set definitions

•Rigid link definitions

•Load application

•Contact input

•Element group splitting

•Sweeping / Revolving meshes of 2D fluid elements

•Boundary layer meshing

•Body meshing

•Fast graphics mode

•Improvements for porthole loading

•Splitting zones

Summed forces and moments from ADINA Structures

•Support of SVS fracture

•Merging files into the list file

•Particle tracing

•Mesh plots

•Mass flux resultant variables