"physically reliable" is a grammatically correct and commonly used phrase in written English.
You can use it when describing something that can be trusted or counted on based on its physical attributes or characteristics. Example: The bridge was designed with physically reliable materials to ensure its stability during strong winds and heavy traffic.
The Discrete Element Method (DEM) was originally devised by Cundall and Strack (1979), as a technique to examine the micromechanics of granular media with the anticipation that this would lead to more physically reliable continuum theories to describe the quasi-static deformation of granular material such as sand.
To assess the potential tsunami hazard, it is crucial to apply physically reliable earthquake models for tsunami simulation to obtain more realistic tsunamis.
Moreover, these results from basin-scale simulations can provide physically reliable thermal and hydraulic boundary conditions for local high-resolution reservoir-scale models as required for areas of exploration interest.
To overcome the obstacles of such data gaps, 3D models are useful tools which fill up areas of missing information by applying physically reliable interpolations between points of observation (Cacace et al. 2010).
In respect to column hydrodynamics the usage of physically more reliable models, like the droplet population balance model, DPBM, is recommended and case studies are given.
Through various numerical tests based on manufactured solutions, benchmark test problems, and the realistic Greenland ice-sheet, we demonstrate that, for ice-sheet modeling, the enriched Taylor Hood finite element model remains highly accurate and efficient, and is physically more reliable and robust compared to the classic Taylor Hood finite element model.
Since the resolution of HRTEM images is usually sufficient to carry out structural measurements at the atomic level, the information obtained from these images is very valuable as it potentially yields insight into very specific soot oxidation processes; however, extracting physically meaningful, reliable, accurate and statistically robust data from HRTEM images is not an easy process.
To allow for a physically more reliable modeling of the stochastic properties in the VLBI data analysis, we now directly consider small-scale dynamic processes in the atmosphere.
To obtain statistically significant and physically meaningful QSRR, reliable input data are required and stringent mathematical analysis must be carried out.
The design and operation of air sparging and soil vapor extraction (AS/SVE) remediation systems remains in large an art due to the absence of reliable physically based models that can utilize the limited available field data.
The objective was to understand if the measured values of temperature, pressure and mass flow rate at the inlet and outlet of the recuperator were physically compatible and reliable.
