The phrase "assuming steady" is correct and usable in written English.
It is typically used in contexts where a constant or unchanging condition is being considered, often in scientific or technical discussions.
Example: "Assuming steady conditions, we can predict the outcome of the experiment with greater accuracy."
Alternatives: "assuming constant" or "assuming uniform".
It represents a level-III fugacity model assuming steady state but accounting for the emission compartment.
To determine ionospheric currents, we start with a simplified momentum equation assuming steady state conditions and all forces in equilibrium.
Using a fouling rate model based on thermo-hydraulic parameters, fouling rates are predicted assuming steady state operation and clean conditions.
Assuming steady, fully developed, laminar flow and excluding changes in the rheology of the liquid with residence time, this leads to mathematical optimisation problems which may be solved by the methods of the calculus of variations.
Given consistent climate and lithology across our study area and assuming steady erosion, we used this calibrated denudation-morphology relationship to map spatial patterns of long-term uplift for our study catchments.
Assuming steady slip on the normal faults, maximum throws of 500 m divided by the age of the oldest faults gives a maximum throw rate of 333 to 417 m/Ma.
Following his lead, Dr. Kane broke with the past practice of assuming steady-state conditions in favor of a more dynamic model.
The weathering rates based on denudation since moraine deposition are comparable or smaller than weathering rates assuming steady-state denudation.
The orange line is assuming steady-state conditions and the red one is with taking into account palaeoclimatic corrections.
Yoshioka et al. (2005, 2006) introduced a coupled reservoir-and-wellbore analytical temperature model for horizontal well production in a single-phase reservoir, assuming steady-state conditions.
Assuming steady-state conditions (i.e., ∂c/∂t = 0), the solution of c = c m – (c m – c R ) (R g /r) is obtained, where c m is the concentration of the RLC at a long distance from the product interface.
