  X-ray Computed Tomography (CT) is used to recover the true surfaces of fluid
channels and fed to simulation tool (ANSYS) to create accurate cyber
environment. The simulation tool also receives CT-assisted multiphase fluid
profiles (belonging to the instance just before the flow starts) as an initial
condition.
  This unique methodology is made possible by using a novel in-situ compact
adaptor design is used to create fluid channels that can be placed inside any
industrial X-ray CT and fulfill the above objective. It is integrated with an
android based App to control the flow once placed inside CT. It is portable and
compact enough: (a) to be placed inside various experimental environments, and
(b) modular enough to be mounted with multi-modal systems simultaneously.
  Two key parameters, (a) spatial distribution and (b) the air volume fraction,
are measured using two different non-invasive imaging modalities: (a)
Electrical Impedance Tomography (EIT) and (d) X-ray Computed Tomography (CT).
Simulated outcomes are correlated with the experimental outcomes from both EIT
and X-ray CT, showing an agreement of 85 to 98 percent, respectively.
Time-averaged electrically conductive fluid flow profile obtained by EIT shows
a match with mass mass-attenuated fluid profile obtained by X-ray CT,
justifying the utility of an in-situ adaptor. CT assistance for CFD studies can
be replaced by EIT assistance as former techniques: (a) scanning time may be
relatively slower than the latter, (b) it does not require rotations, (c)
economical, and (d) fluid channels need not be placed inside of shielded
compartment thus improving practicality. The data of analysis is shared in this
work.
  Multimodal non-invasive imaging provides multiphase flow information, it also
differentiates conductive, and mass-attenuated multiphase profiles at common
cross-sections.
