The phrase "a lack of simulation" is correct and usable in written English.
It can be used when discussing the absence or deficiency of simulation in various contexts, such as education, training, or research.
Example: "The study revealed a lack of simulation in the training program, which hindered the participants' ability to apply their knowledge in real-world scenarios."
Alternatives: "an absence of simulation" or "a deficiency in simulation".
Variability in instruction and patient experiences across sites, coupled with a lack of simulation facilities, raise some concerns about technical skill development.
There is a lack of simulation and analysis tools that can be used in both cases and can support the development of supervisors.
Findings from the review support the multitude of challenges in simulation research including a lack of funding, a lack of simulation training for faculty and staff, and a lack of support for faculty conducting simulation research.
There has also been a lack of dynamic simulation tool development focusing on FCUs.
However, there is still a lack of numerical simulation tools available for predicting the interactions between indoor and outdoor microclimate that take into account the influences of outdoor spatial conditions (such as building forms and tree shapes) and various urban surface materials.
Rather than a lack of effect of simulation training, these inherent differences in patient characteristics could partly explain the lack of effectiveness of simulation training on study outcomes.
A literature study indicates that a wide range of influential computational and physical parameters exist for snow drifting predictions in CFD, while the impact of these parameters is unclear, resulting in a lack of available CFD simulation guidelines.
Therefore, only limited functions of product could be evaluated by simulation, due to a lack of UM which could simulate various behaviors of stakeholders.
The model allows for acuity- and time-dependent distributions, but due to a lack of concrete data, the simulations we report here used a boarding time distribution that was acuity- and time-invariant.
However, the conditional variances of the thermochemical quantities are underestimated with the EMST model, due to a lack of local extinction in the simulations.
