The phrase "assumed typical of" is correct and usable in written English.
It can be used when discussing something that is generally regarded as representative or characteristic of a particular group or category.
Example: "The behavior exhibited by the participants was assumed typical of individuals in high-stress environments."
Alternatives: "considered representative of" or "deemed characteristic of".
The mass of lava accumulated in the summit crater of Shinmoe-dake is 3.8 × 1010 kg, assuming typical density of andesitic lava of 2.5 g/cm3.
Table 7 presents some approximate values for MDLs that should be achievable assuming typical responses of ECD and MS systems, as well as three types of bioanalytical methods, to various OCPs/PCBs and negligible blanks for the individual PCBs and OCPs in a 10 g sample.
To do this, we first incorporate a generic radio propagation assuming typical obstructions of a building into the standard coverage model, using 3D Euclidean distance characterizing radio signal penetration.
For gravity load design, dead loads include the self-weight of the structure, a typical floor cover of 1.5 kN/m2, and partition (wall) load intensity of 1.5 kN/m3 including plastering and assuming typical wall thickness of 0.25 m.
For gravity load design, dead loads include the self-weight of the structure, a typical floor cover of 0.15 t/m2 and partition (wall) loads' intensity of 1 t/m2 on all beams including plastering and assuming typical walls thickness of 0.25 m.
Our samples were measured as wet weight so to compare them, if we assume typical moisture content of 75%, the Holsbeek values convert to undetectable to 0.63 ppm Ni wet weight.
The authors concluded that repeat CT at 30 days can detect growth for most neoplasms that are at least 5 mm in diameter, assuming typical doubling times of ≤180 days.
A comparison of the measured response of subjects assuming typical automotive postures involving inclined cushion, inclined backrest and full use of backrest support with data determined under different postural conditions and excitation levels revealed considerable differences.
Calculated results of NO abatement by assuming typical fluctuations in the kinetic characteristics of exhausts in incineration plants evidence an increase of nitric oxide abatement from 5% to approximately 40 50% when involving the suggested dynamic optimization strategy.
The base scenario assumes typical values for all of the different models.
