The entire wiki reimagined as a visual magazine with video discovery · Watch your interests come alive
The entire wiki reimagined as a visual magazine with video discovery · Watch your interests come alive
Cutaway of triple expansion compound steam engine, 1888
Cutaway of triple expansion compound steam engine, 1888
Robey horizontal cross-compound steam engine: small high-pressure cylinder (left) and large low-pressure cylinder (right)
Robey horizontal cross-compound steam engine: small high-pressure cylinder (left) and large low-pressure cylinder (right)
The Coldharbour Mill Pollit and Wigzell cross-compound engine, which drives the rope race seen in the background, transmitting power to line shafts on
The Coldharbour Mill Pollit and Wigzell cross-compound engine, which drives the rope race seen in the background, transmitting power to line shafts on all five levels of the mill
A Marchent & Morley horizontal tandem compound engine built 1914, at Craven Mills, Cole. The air pump and jet condenser are nearest with the LP cylind
A Marchent & Morley horizontal tandem compound engine built 1914, at Craven Mills, Cole. The air pump and jet condenser are nearest with the LP cylinder beyond. It is fitted with Morley's patent piston drop valves
Period cutaway diagram of a triple-expansion steam engine installation, circa 1918. This particular diagram illustrates possible engine cutoff locatio
Period cutaway diagram of a triple-expansion steam engine installation, circa 1918. This particular diagram illustrates possible engine cutoff locations, after the Lusitania disaster and others made it clear that this was an important safety feature.
Side-lever engine of SS Pacific (1849)
Side-lever engine of SS Pacific (1849)
Side-lever engine of RMS Persia (1855)
Side-lever engine of RMS Persia (1855)
Model of the twin side-lever engines of the 1836 Thames River steamboat Ruby
Model of the twin side-lever engines of the 1836 Thames River steamboat Ruby