What makes the present case study interesting is that there is
an adjacent condenser (E-11) to the one that is under evaluation
(E-10) for tube-rupture scenario, where its shell design pressure
is only 1380 kPa(g). Clearly, both the cooling water piping system
as well as the adjacent condenser (E-11) do not meet the 10/13th
rule, despite the compliance of E-10 shell design pressure to this
rule. The paper shows dynamic effects of cooling water system
via spatial and temporal aspects of the flow transients and
associated B.C. by solving the one-dimensional hyperbolic partial
differential equations of the conservation of mass and momentum
as applied to the cooling water network connected to
both exchangers.