Yes, we have developed our own software in C++ that comprises input module, space frame modeling, FEA module, construction detailing module, quantity measurement module. All in real time 3D detailed representation (stereoscopic / virtual reality module). Actually, this is commercial software called HoloBIM (please see details and videos in: http://www.pi.gr/CMSnew/index.php?option=com_content&view=article&id=182&Itemid=102).
The work presented here concerns part of the research activities associated with the development of integrated engineering software, produced on behalf of pi-Systems International S.A.
I believe that Saied Pirasteh is asking about the provisions, circumstances, or performance of structure under demanding loading.. so if these provisions are inserted into the FEA software it would be very powerful to have such a type of design. especially under time-history nonlinear dynamic analysis...
I am doing a similar thing using Abaqus via python scripting...
And willing to have a partnership with whom who has the suitable experience to examine the results of analysis of the above mentioned circumstances.
Please let me know who I can contact to you and get more information and exchange ideas for development. I have been working on Geospatial analysis BIM and Visual Screening Buildings. Mapping and structural Engineering involved with informatics techniques based on FEMA, and I developed a new algorithm. It can be worked in GIS and accept satellite images. It works in GeoEngine platform for real-time, simulation etc. Therefore, I am very confident that your work and my work can be integrated for a better development and bring innovative development to the world.
My background is Allied Geology, I have PhD in Remote Sensing and GIS, I also have PhD in LiDAR technology and Geomatics.
It will be great if I can talk to you. My contact number for what's app, imo, phone, telegram is +1 416 835 5930. My Skype is spirasteh1. My email is [email protected] and [email protected]
Please see one of my papers at DOI 10.1007/s12145-014-0204-0
I think one of the world's greatest pleasures is to find someone who shares nearly the same thoughts with you... even with better understanding and more comprehensive point of view..
Saied I am very impressed by your work and I will be delighted to add something to it.
I am trying to work towards a unified vision for concrete building's modeling method that can be always upgraded and enhanced. Not by using the same FEM software but rather using a text-like description of the building that can be translated by a wide range of general purpose FEM softwares. This text file has a simple format to understand by any practicing engineer.
Right now I am using Abaqus because it has Python O.O.P. which can systematize the modeling process and translate the above mentioned text file into numerical model.
Please if you have time take a look at this video
https://www.youtube.com/watch?v=eCvkyMWQOwE
I am working in my country to invite every engineer who design or analyze an R/C building to make this model text file as part of the building's documentations and calculations, this way a special database about R/C buildings through their numerical models would be created, and may be easily implemented though future applications (like google earth) this way a mega size scenario about earthquake hitting urban areas can be easily created.