Thermal & Nuclear Power
Large-scale conversion of chemical and nuclear binding energy into industrial steam, mechanical work, and bulk power.
Inside this collection
Steam Turbines & Blading
Impulse and reaction stages, transonic wet-steam blade erosion shields, and multi-cylinder shaft balance.
Nuclear Reactor Core Physics
Moderator dynamics, control rod insertion speeds, delayed neutron margins, and void coefficient behavior across core designs.
Boilers & Furnaces
Water-tube walls, pulverized fuel burners, superheaters, reheaters, and slagging control in high-temperature zones.
Reactor Cooling Circuits
Pressurizers, canned-motor reactor coolant pumps, thermal hydraulic natural circulation, and steam separation drums.
Condensers & Cooling Towers
Surface tube condensers under deep vacuum, non-condensable gas air ejectors, and natural draft hyperbolic cooling shells.
Reactor Containment Shells
Prestressed post-tensioned concrete shells, ice condenser bays, hydrogen recombiners, and core catcher catch basins.
Combined-Cycle Gas Turbines
Triple-pressure heat recovery steam generators (HRSGs), duct burners, and thermodynamic exergy matching.
Supercritical Steam Systems
Once-through supercritical steam boilers, fluid critical point density transitions, and high-pressure piping creep limits.
Complex machines deserve
a closer look.
We follow the forces, explain the compromises and distinguish evidence from assumption.
Our approach