The phrase "assumed in general" is correct and usable in written English.
It can be used when discussing a general assumption or belief that is widely accepted or taken for granted.
Example: "The theory is often assumed in general that all humans have a basic need for social interaction."
Alternatives: "generally assumed" or "commonly accepted".
Nevertheless they assume in general a constant temperature operation.
Assuming in general everything as evil, the latter is far more common.
In spite of the complexity of the phenomenon as observed in practice, existing methods assume in general a radial structure of the stress and velocity fields.
Assuming that argumentation takes place in a paraconsistent environment, one cannot assume in general that a negative literal (i.e. a negated atom) can be attacked by its positive counterpart (i.e. the same atom without the negation).
The consideration of this methodology assumes, in general, that the modes associated with the transversal geometry of each element with uniform cross-section are known for the excitation frequencies considered in the analysis.
The optimal design of traffic light settings assumes in general that all the input parameters are known and constant for each design reference period, neglecting the effects of the uncertainty of the incoming flows or of other intersection characteristics, such as the saturation flows or the lost time.
We assume in general the following functional form: (1) where is the probe position anywhere in the Cartesian space of the atomic structure, and | p− w i calc | is the Euclidean distance between p and a feature w i calc in the atomic structure.
Thus, on account of some specific problem, the advanced input file may take the following form: In the above please note the different values of weights possible for two-way transitions between the same pair of nodes, for example, 1 and 3. We assume in general that a passage in either direction along a given edge does not need to correspond to the same weight or transition probability.
TreePuzzle 5.2 [ 15] performs a chi-square test that compares the amino acid composition of each sequence to the frequency distribution assumed in the General Time Reversible (GTR) and Jones Taylor Thornton (JTT) models [ 52].
