Baffle Weave
Segmental baffles alternate top and bottom inside a shell while the shell-side stream weaves over and under them as a continuous dashed serpentine.
Segmental baffles alternate top and bottom inside a shell while the shell-side stream weaves over and under them as a continuous dashed serpentine.
A heat-flux against wall-superheat curve carries its flux as a travelling dash train through nucleate boiling, over the critical flux peak and on into film boiling.
Vapour drifts across a stacked bank of horizontal tubes and leaves as condensate streaks drawing continuously down the drop legs to the hotwell rule.
Two stacked channels carry dashed streams in opposite directions across a ladder of transfer ordinates, and a slow brightening wave passes along the ladder.
A finned matrix with one stream drifting through it horizontally while the other falls through it vertically, the two dash trains crossing continuously.
A fan of effectiveness against NTU curves flattens toward its asymptote while the working curve carries a dash train climbing continuously along it.
A temperature profile stepping across two boundary films and the tube metal sits above the wall section it describes, with heat flux crossing the section as a continuous dash train.
A row of extended-surface fins stands off a heated base and the temperature reaching along each fin advances and recedes as a slow wave down the row.
A tube wall seen in long section carries a deposit layer that throttles the clear bore, then retracts as the tube is cleaned and the cycle retraces.
A staircase of temperature intervals passes surplus heat down from level to level, the descending residue drawn as a dash train travelling along the steps.
A kettle shell holds a liquid pool over a heated bundle, with columns of bubbles rising continuously off the tubes and vapour drifting through the disengagement space.
Hot and cold temperature profiles converge along an exchanger while the driving-force ordinates drawn between them carry heat downward as a drifting dash train.
Hot and cold composite curves on a temperature-enthalpy field slide toward each other until the vertical gap closes to the minimum approach, then ease apart again.
A shell outline with a tube bundle running its length and segmental baffles across it, while tube-side dashes drift one way and the shell-side stream drifts the other.
A triangular-pitch array of tube holes fills the tubesheet face and a soft thermal wave passes across it, lifting each column of holes in turn.