The phrase "able to accommodate complex" is correct and usable in written English.
It can be used when describing a system, process, or individual that has the capacity to handle or manage complex situations or requirements.
Example: "The new software is able to accommodate complex data sets, making it easier for analysts to draw insights."
Alternatives: "capable of handling complex" or "equipped to manage complex".
The models are updated from frame to frame and are therefore able to accommodate complex object motion as well as changes in shape.
However, despite this limitation, the results of the partial design for DREAM4 data demonstrate that the MCMC-Mallows method is best able to accommodate complex intervention designs, including partial gene knock-outs.
Additionally, our simulations demonstrated that multiple knock-out designs contributed valuable additional information for causal network inference beyond single knock-outs; we therefore anticipate that the need for methods able to accommodate complex intervention designs will only increase as such data become more common.
The mechanistic modeling of the fatigue mechanisms was able to accommodate the complex temperature variations and loading conditions of the field pavements in a rigorous manner.
In the era of electronic laboratory reporting, the use of standard test codes that can be transmitted electronically will be essential, and data systems must be able to accommodate more complex data.
Different models to analyse and predict the behaviour of complex systems are more or less able to accommodate internal complexity and the regulation of variation in input from outside the regulated system.
A partnership headed by a German American investor, Fred Langhammer, has proposed turning Tempelhof into a huge health-care complex able to accommodate 100,000 patients a year, many of them wealthy customers who could arrive by plane and stay at a luxury hotel on the site.
Complexes III and IV are under physiological conditions able to accommodate the flux of electrons from both complexes I and II and it is therefore unlikely that they become rate-limiting when fed by electrons from either complex I or II in isolation.
We must be able to accommodate larger data sets and deliver more complex deals and services to largest clients.
The 4 : 1 species, if it is an As(iii) complex, would apparently not be able to accommodate the non-bonding electron pair.
