Kalsi Engineering, Inc. (KEI)™ has extensive experience in applying analytical techniques to provide cost-effective solutions for our clients’ problems. KEI provides a wide range of analytical services such as failure analysis, structural analysis, thermal fluid hydraulics, and dynamic/kinematic modeling. Our staff routinely provides these services as safety related work for nuclear power plants under the KEI Quality Assurance program. This program conforms to Title 10 CFR (US Code of Federal Regulations) Part 50, Appendix B — Quality Assurance Criteria for Nuclear Power Plants and Fuel Reprocessing Plants.
Kalsi Engineering provides the following analytical services:
- Fitness for Service (API 579 and ASME FFS-1)
- Operability Analysis
- Failure Analysis
- Structural Analysis
- Modal and Vibration Analysis
- Thermal-Fluids and Hydraulics
- Coupled Thermal-Structural Analysis
- Dynamic Modeling
Technology and Specialized Skills
The Kalsi Engineering staff includes experts in solid mechanics, elasticity/plasticity, fracture mechanics, fluid mechanics, and heat transfer. KEI utilizes a wide suite of analytical software such as ANSYS® mechanical, ANSYS CFX, ANSYS Fluent, MATLAB®, Mathcad, and SOLIDWORKS. Our company also uses self-developed software such as KVAP®, CVAP®, and LiFE®, in domestic and international nuclear power plants.
KEI personnel includes experts in performing Finite Element Analysis (FEA), Computational Fluid Dynamics (CFD), Fluid Structure Interaction (FSI), Couple Thermal-structural Analysis, and Rigid Body Dynamics.
Kalsi Engineering has the technical capability to perform a wide range of Finite Element Analyses. Our personnel integrate core principles in structural mechanics, fatigue analysis, and fracture mechanics with state-of-the-art Finite Element Analysis software to ensure reliable results.
KEI is capable of modeling internal and external flows of a single or two-phase medium. Our staff has a deep understanding of fundamental fluid mechanics, compressible flow, viscous flow, boundary layer, and potential flow with industry leading CFD software to help you converge quickly on your CFD predictions.
Fluid Structure Interaction (FSI) is an analysis involving the coupled response of a structure to flowing fluid. FSI analyses require sophisticated computer resources, state-of-the-art software, and a superior engineering work force. All three are available here at Kalsi Engineering.
- Main Steam Isolation Valve and Main Steam Check Valve Evaluation
- Failure analysis of a main steam safety relief valve due to fretting/sliding wear
- Dynamic modeling of safety relief valve oscillation due to pressure fluctuations
- CFD modeling of vortex structures at the inlet of a dead branch
- Evaluation of required thrust to operate a Y-pattern globe valve under a high energy line break