Using CFD we characterized a single stage submersible pump over a range of flow rates and performed numerical analysis to match the pressure head and efficiency with existing data.
The result was modifications to the stator and impeller geometries for achieving higher pressure head and higher efficiency.
A Heat Exchanger manufacturer was experiencing regular downtime caused by field failures. They approached us to find a resolution to the problem. Using simulation, our engineers performed a root cause analysis of the problem. We studied several what-if scenarios and after multiple simulation iterations we provided a solution within a few days saving them months of trial and error which would have been required to reach the same end result.
Using a CFD-led product design a new design of a Blower resulted in significant reduction in energy consumption as well as reduction in operating noise levels.
The goal of the project was to improve the efficiency of a valve by 15% and reduce design costs by reducing the number of physical prototypes required. Following a CFD-led product development processes we identified regions of cavitation and recommended design improvements to minimize flow loss.
The goal of this project was to use FE Analysis for achieving weight reduction of a steel structure in order to make it more economical and safe.
The goal of this project was to use CFD to model proper ventilation, distribution of temperature and exhaust for gases during the design of an underground parking lot. This was done to avoid excessive costs in changes after the installation of the ventilation system.
The goal of this project was to convert 2D paper drawings to 2D digital drawings at first. And then to convert the 2D digital drawings to 3D models.
The goal of this project was to estimate the optimal tightening torque of a drill to ensure an efficient threaded connection. But the connection made of non-linear material making the FE analysis very complex.
A heavy engineering manufacturer wanted to convert their drawings from 2D to 3D and to create assemblies of the 3D models. This work was challenging due to the complexity of the drawings and the relatively short time duration of time available for completing the project. A total of 7 assemblies, 14 subassemblies and 3200 parts were modelled. A simplified BOM was generated by using a proper parent-child relationship.
A tank fabricator was in the process of bidding for a project that has FE results of the equipment as a pre-requisite submission. The customer wanted Jilbee to work in a very challenging time schedule for completion of the FE analysis of the tank as per ASME Code.
A customer based in North America wanted to check if the tank, whose top layer of the side wall was distorted due to excess heating, can be used safely or some design changes were needed to ensure safety of the operation.
The goal of this FE Analysis was to predict the safety of a Energy Storage Tank in an area prone to seismic loads. Finite Element Analysis (FEA) was used to check the stresses in the tank and to design the anchor bolts to sustain full and empty tank loads under seismic loading condition.
A Steel Services Company in North America asked JILBEE Engineering to do the Structure Fabrication Detailing for one of their projects. The Scope of the project included Preparation of Shop Drawings (Assembly Drawings), Preparation of Gather Sheets (Part Drawings) and Preparation of Structural Steel MTO & Bolt Reports.
