"supporting configuration" is a correct and usable phrase in written English.
It is typically used to refer to elements or arrangements that assist or aid in the functioning or setup of something else. Example: "The supporting configuration of cables and wires played a crucial role in ensuring the smooth functioning of the computer network."
The measured mechanical/physical properties, such as: elastic modulus, density and porosity, were then incorporated into finite element models for the computation of stress distributions due to hydrostatic pressures exerted on the porous clay ceramics by the water in filter with different geometries and supporting configurations.
The architecture also supports configuration and monitoring activities for the over all distributed system.
Modal damping is introduced and the model is studied both in a continuous and in a discretely supported configuration.
Results obtained from testing sixteen large scale welded beams and four control beams under third-point loading in a simply supported configuration are presented.
The system supports configurations like accelerometer, GPS navigator, voice-activated devices, thermo sensors, and so on.
The supported time-frequency CQI/PMI feedback granularities determine the overall feedback amount, and the supported configurations depend on the physical uplink channel utilized.
As the nuclear response of HCLL-TBM could vary with the supporting frame configuration and composition, a parametric study has been launched to investigate such an influence.
The anode-supported configuration SOEC is found to be the most favorable design.
In the case of dry dampers, resonance ranges of the floating support configuration can be easily cut off by planning a motionless adhesive state of the friction surfaces.
The configuration of crane load path, assumptions of column stiffness effects and errors in designing and construction of joint support configuration contributed to an increment in deflection, internal member forces and bending/rotation on members near to support joints.
In both cases, higher propensity of the leader sequence to fold into the shunt-supporting configuration, with stem section 1 stabilized by a more stable (and/or compact) structure above, might account for increased efficiency of shunting.
