The Mumbai High Field was discovered in 1974 and is located in the Arabian Sea. The field is divided into two blocks, North and South. It had the capacity of 180,000 barresls per day. It is operated by state owned Oil and Natural Gas Corp. (ONGC), and is protected by one private company and Indian Navy.
The discussions in this blog relate to the SUT (Society of Underwater Technology) event on Wednesday (10 October 2012), “Macondo - Lessons and implications for the North Sea”.
Hi All,
I have done postgraduation in mech engg from IIT (India).
I was working for company which I left 2 months before.
Currently I am unemployed. I am (myself) working on some projects in which I believe, very less literature is available till date.
I am carrying out (simulation) trials (on computer) myself.
Now I have queries for all of you.
If I want to publish/write journal article on same, how should I move ahead? I want to persue career in domain I am currently working on.
Sincere request for senior professors, colleague out there to guide/help/provide some useful tips.
Thankyou,
Rujuta
Dear all,
Today Prof. Erik Schlangen will be giving a presentation about the current development of the self-healing asphalt. It will take place at 12:18 Amsterdam time, and will be streamed online on: http://www.tedxdelft.nl/livestream/ Don't miss it! More details on: http://pat-asr.blogspot.nl/2012/10/erik-schlangen-in-tedx-talks.html
I build a water inject model with COH3D8RP element, in the simulation, I can get the pore pressure value around the cohesive element, but I can't the value inside the cohesive element. the pore pressure changed around the cohesive element because of the pressure inside the cohesive element changes, however, I can't get the value of pressure inside the cohesive element.
Anyone can help, pls!
We have employed continuum elastic model such as plate model for understanding the nonlinear vibration behavior of monolayer graphene and graphene resonator-based mass sensing. This work was published in Nanoscale Research Letters (Vol. 7, Art No. 499, 2012).
Abstract
I am trying to perform simulation of Crushable Foam Plasticity model. However, I am getting convergence error
***NOTE: THE SOLUTION APPEARS TO BE DIVERGING. CONVERGENCE IS JUDGED UNLIKELY.
***ERROR: TOO MANY ATTEMPTS MADE FOR THIS INCREMENT
Can someone please help. I have attached the image of Abaqus input data.
Thanks a lot in Advance.
