Analysis of Systems and Components
Thermal Hydraulic Team
performs and manages a wide range of tasks in thermo-fluid design and
analysis of systems and components, including accident safety analysis,
hydraulic analysis of nuclear reactor and process systems. Fluid
system thermal hydraulic analysis including steady state hydraulic modeling and
transient analysis of single and two-phase systems. Water hammer
analysis, fluid induced pipe loads calculations, and root cause
Nuclear reactor thermal hydraulic analyses associated with
postulated accidents and transients including containment and
sub-compartment pressure and temperature response, system's
thermo-fluid response to pipe breaks or single failures. Experience
with codes such as
RELAP5, PIPE-FLO, and others. Fluid-structure interaction
calculations, such as jet impingement, related to pipe breaks.
Also, BWR hydrodynamic suppression pool loads analyses and
Thermal system and/or
component analysis. Multi-dimensional/combined mode steady-state
and transient heat transfer analysis. Equipment transient thermal
lag analysis. Post-incident room transient temperature
calculations. Heat exchanger performance calculations. Cooling
ponds, spray ponds, and cooling tower thermal design and analysis.
Refrigeration system's performance analysis.
for piping system erosion/corrosion programs including use of the
commercial nuclear industry's CHECKMATE software code.
[Thermal Hydraulic Team Expanded Experience]
1999-2017, Applied Analysis Corp.