Our Projects
- TraWallet
- Helpic
- Blockchain for Handicrafts business
- Design & producing 3D Printer
- HyperStructure
- Soderburg Criteria Fatigue Analysis
- Charge wallet with different fiats
- Exchange
- Transfer
- Buy flight ticket
- Buy/Sell cryptocurrencies
Read more- Works with geographical coordinates
- Manage Rescue Teams Operations
- Manage & Trace donations, from Begin to End
- Categorize victims requests
- Notify nearest teams to help
- API & Web Service compatible with all platforms
Based on NEO Platforms
Nowadays, cryptocurrencies & blockchain technologies have a special place in worldwide business & trading. Whereas these such technologies are easy to use and have no classic method's difficulties (Exchanging money, carrying money especially for tourists, and ...), they are exciting and useful. So, we decided to get into this marketplace and provide a reliable method for trading on Handicrafts business. With this method, both producers & purchasers feel satisfaction for their trade. Key features- 24/7 trading time
- There is no need to exchange
- Connects producers hand art & purchasers art love
- Type of printable materials: PLA & ABS plastic
- Print accuracy: extreme100 micron
- Nozzle diameter: 0.3 mm
- Operating temperature: 230 °C
- Printing speed: adjustable
- Input format: CAD, OBJ, and STL
SAP2000 → TeclaStructure → AutoCAD → Iran Construction Engineering Organization
In our country, with highly seismicity, metal structures because of easily shaped or molding and quick assembling, especially in massive projects, are in designers priority. Key features- Extract geometry of model and loads from ETABS & SAP and build a pre-production detailed model, ability to see all details about the structure, i.e. connections, for preventing carelessness during design & modeling
- Accurate & optimized design of Up-To-Date and common connections in advanced countries and match them with our country conditions
- A new attitude to BasePlate designing and GussetPlate according to 10th Topic (1387 Hijri) and AISC Regulations
- Provide full & accurate calculations notebook in a format that designer able to re-edit it
- Provide the real Listofer table of main components and connection details (i.e plates, bolts and ...)
- Provide 2D & 3D plans of details (i.e. connections)
- Provide engineering plans, advisor plans (i.e. Base view, plans and ...)
- Provide shop plans for all details
Abaqus → Hypermesh
This software ordered by IKCO and developed for analyzing fatigue based on Soderburg Criteria. The environment of this software is very simple, takes Abaqus results as input and with analyzing based on Soderburg over all elements, makes results viewable on Hyperview. Key features- Read nodes & element data from Abaqus result, all 4 different states of Abaqus
- Read nodes & element data from different layers
- Read data for some different steps of tensions
- Calculate Min & Max Von Mises tensions for each node or element
- Calculate Average tension (σm) and tension domain (σa) for each node or element
- Calculate Soderburg & Goodman tensions for each node or element and in each layer with both Max & Min Von Mises tensions and with Average tension & tension domain method
- Show result with both selective steps or all steps methods
- Set Soderburg & Goodman maximum tensions as each node or element data
- Export results as a file for each node or element on each layer
- Auto-execute on generated Translator
- Export results viewable on Hyperview & HyperMesh