test_injector_stream_flow Namespace Reference

Functions
	_injector ()
	test_returned_flow_is_the_bernoulli_flow_at_the_returned_head (pc_psi)
	test_a_tank_at_or_below_pc_does_not_flow_and_does_not_iterate (caplog)

Variables
float	PSI = 6894.757

Detailed Description

The injector's feed-loss / orifice closure is a root per stream, not a relaxed fixed point.

At a fixed Pc the two streams do not interact. The old loop relaxed both together at w = 0.35
with a 1e-6 step test: it stopped ~2e-6 short of the root, and whenever the chamber solver probed
a Pc above one tank it ran all 150 steps (that stream's flow shrinking by 0.65 a step, never
"converging") and logged a warning each time -- ~12,000 lines in one Layer 1 run.

Function Documentation

_injector()

test_injector_stream_flow._injector ( )

protected

Definition at line 15 of file test_injector_stream_flow.py.

Referenced by test_a_tank_at_or_below_pc_does_not_flow_and_does_not_iterate(), and test_returned_flow_is_the_bernoulli_flow_at_the_returned_head().

test_a_tank_at_or_below_pc_does_not_flow_and_does_not_iterate()

test_injector_stream_flow.test_a_tank_at_or_below_pc_does_not_flow_and_does_not_iterate

(

caplog

)

Definition at line 36 of file test_injector_stream_flow.py.

References _injector().

test_returned_flow_is_the_bernoulli_flow_at_the_returned_head()

test_injector_stream_flow.test_returned_flow_is_the_bernoulli_flow_at_the_returned_head

(

pc_psi

)

Definition at line 26 of file test_injector_stream_flow.py.

References _injector().

Variable Documentation

PSI

float test_injector_stream_flow.PSI = 6894.757

Definition at line 12 of file test_injector_stream_flow.py.