Institute of Structural Integrity and Failure Studies engages with the industry, academia and interested community in encouraging the knowledge sharing and news about advanced technology developments to make the engineering community actively participate in resolving the problems faced by industries and publishing the results to achieve competitive expertise in the global scene.
Blog posts
Simpleware Workshop at University College London, May 4th 2016
Date: Wednesday, May 4, 2016
Time: 1:00 - 4:00 pm
Location: University College London
Who should attend
Postdoctoral positions on Predictive Simulations at Purdue University
Purdue University is seeking applications from outstanding candidates to fill several Postdoctoral Scholar positions to work on atomistic and continuum simulations of physical and chemical processes at extreme conditions of pressure and temperature. The successful candidates will join a multidisciplinary team including modelers and experimentalists working at Purdue, Los Alamos National Laboratory and Stanford University.
SPH contact with Eulerian Elements
I am attempting to model high-pressure gas flow through the granular medium using Abaqus Explicit. I have used SPH modelling for granular particles and the gaseous medium using Eulerian elements.
A node-based surface is created for the SPH particles. I am having trouble establishing contact between the eulerian elements surface and the surface of SPH particles.
Any help would be really appreciated
Thanks.
Award Nominations open for Society for Engineering Science
The Society of Engineering Science oversees several awards and honors to members and eminent scholars of the field. A total of five medals are offered on an annual basis as well as election to Fellow grade of the Society.
Please visit the website http://ses.egr.uh.edu/node/8 for detailed information and electronic versions of the nomination forms.
Certification training on Fatigue Durability and Fracture Mechanics
In-Depth, Real-Time Training Programs
Online, Offline, Certification Training Programs
We offer real time online, offline, classroom, practical training programs. Covering from basic theory to advanced practical implementation of the same. Our team is highly qualified with decades of experience in the field and guided several PhD Scholars and students
www.fatiguedurability.com || Institute of Structural Integrity and Failure Studies
WELCOME TO ISIFS
Design to Life Assessment
Call for Paper : 2nd International Conference on FatigueDurability India 2016 - 28-30th September 2016
2nd International Conference and Exhibition on
Fatigue, Durability and Fracture Mechanics
& Symposium on
Condition Assessment / Residual Life Assessment and Extension
28 – 30th September 2016 @ DELHI, INDIA
FatigueDurability India 2016 invites technical papers from all Academicians/ individuals/companies associated with engineering design, analysis, testing, instrumentation, research on Fatigue Durability & Fracture Mechanics or related technologies .
Research Scientist at IHPC A*STAR Singapore
You will be responsible for using numerical methods and computer software to design, develop and validate new devices for a couple of projects.
Requirements:
- PhD in Engineering with good knowledge of fluid dynamics and solid mechanics
- Strong background in Vibro-acoustics, Building Ventilation, Fluid Structure Interaction (FSI)
- Experience in numerical simulation software such as ANSYS (CFX or FLUENT), Virtual Lab / Acoustics, SOLIDWORKS
We regret that only shortlisted candidates will be notified.
Viscoelastic damping behavior of structural bamboo material and its microstructural origins
In this study, the intrinsic viscoelastic mechanical behavior of a hierarchical bio-composite, structural bamboo material, was experimentally investigated and correlated with its microstructural constituents and molecular building blocks. The macroscopic viscoelastic responses of bulk bamboo at ambient temperature and dehydrated condition were evaluated through dynamic compression experiments with various loading frequencies, whereas the localized viscoelasticity of bamboo's microstructural phases, viz.