Piping stress analysis, pipe support design, and standard and non-standard base plate analysis.
ASME III NB/Class 1 fatigue stress analyses,
including thermal transient calculations.
ASME III, B31.1, B31.3 and BSI code compliance.
Structural and component finite element design analysis.
SRV and/or PORV hydraulic dynamic transient analysis and
structural time history analysis.
Severe dynamic loads such as water hammer and steam
hammer events, and steady state vibration.
- Thermal stratification evaluation and
vibration monitoring, evaluation and reduction.
- Seismic design and stress analysis of response spectra and time
history dynamic loading.
Power spectra density, Fourier transformation, and dynamic
load factor calculation.
Non-linear systems such as one-way or gapped supports,
as well as in-elastic support components.
Snubber qualification, optimization and reduction.
and environmental erosion/corrosion evaluations.
Structural engineering and construction.
Fire safety and fire protection
Pipe rupture, pipe whip and jet impingement loads.
Geotechnical service and engineering
project management, system startup, and plant operations.
Reactor vessel, steam generator,
and valve replacement issues.
Plant outage and field support.
Technical and peer review.
Application Support and Development:
User and technical training on plant design engineering and
mechanical system applications.
support for stress analysis, pipe support design, baseplate non-linear analysis, and other FEA programs.
Application development and enhancement in the area of piping
stress and pipe support analyses, such as, nozzle evaluation, base plate analyses, ASME III NB fatigue analyses, report writer,
and Class 1 stress report.
interface and animation. 3D MS Direct X graphic animation.
MS Windows Application for piping stress modeling, baseplate modeling, pipe support modeling
Data base support and maintenance, including dBASE2, MS Access,
Project database management.
Plant data migration.
Information technology computer system support and analysis.
Template for signature-ready reports.
Project design and engineering automation
Data conversion between
development for any plant design related applications, e.g., system integration, finite element methods, jet load computation,
or flow induced dynamic loads.
system migration and implementation.
V&V, Software Requirement Specification (SRS), Software Unit Test, 10CFR50 Appendix B program, and 10CFR21 requirements.
Quality Assurance, and Engineering