With over 22 years of industry experience and a global network of think tanks, software developers, innovators, and industry professionals we believe that every infrastructure/civil engineer has the right to access the most disruptive and competent design technology in the market. We are working towards making this a reality globally.
What differentiates us as a distributor?
It was really a fun experience using S-FOUNDATION. It is an easy-to-use software especially with an attractive interface (GUI). I have been teaching soil mechanics, geotechnical engineering & foundation engineering courses for the past 17 years in Malaysia with experience in PLAXIS.
Vertex allows us to double-check every single wall or truss, as if you actually were on the site looking at the house. It stops us from making mistakes and having things sent to the site incorrectly.
Optum CE is a finite element program that analyses the strength and deformation of geotechnical
boundary value issues. It is feasible to compute failure loads immediately in Optum CE in comparison
to standard step-by-step elastoplastic analysis. Furthermore, rigorous upper and lower constraints on the
failure load may be computed, bracketing the precise solution from above and below. It is also feasible
to compute upper and lower bounds on the precise strength reduction factor analysis, which is
particularly relevant for slope stability assessments as the factor by which material strengths must be
lowered in order to trigger collapse. It has a variety of finite elements, including the popular 6-node and
15-node triangles. Optum CE consists of specialised elements for modelling of geotextile, anchors,
interfaces, joints, and walls those are helpful for accurate simulation in the modelling. Seepage and
groundwater flow problems, excavations and deep excavations can be modelled easily.
Optum G2 has helped a lot in my masters dissertation at Madan Mohan Malviya University of Technology, Gorakhpur. This computational tool has advanced adaptive mesh technique that automatically rearranges the elements in such a manner that provides approximate solution of the boundary value problems and the failure path that the material would follow during collapse. This tool is very easy to use due to its graphical user interface which has made the modeling task very handy and time saving. The computational results are very reliable as I had performed validation with almost 6 other numerical, experimental and/or analytical study which had helped in international publications with good number of citations.
OptumG2 works really well and develops a fast, user-friendly interface. It is the ideal solution for limit analysis and provides rigorous upper and lower bounds on a true factor of safety. When we combine mesh adaptivity the results are great for foundation analysis. I’m using software for the last six months for various analysis like determining the bearing capacity of the foundation in an efficient and convenient manner.
Before it might take three weeks to do the layout and get all the wall panels drawn up. With Vertex BD we can do the same project in roughly a week’s time.
It is crucial for us to have a tool which can quickly create a draft 3D model with fairly good details to communicate with clients in the early phase of a potential project. With Vertex BD it can be done easily.