Sentence examples for long term interface from inspiring English sources

Based on the results on bond materials used in this research, it was found that the resulting shear strength from monotonic shear test can be used only as a rough indicator for long term interface bonding performance, because not all research and field experience could be reflected in the test results.

For practical application of this reinforcement method, the long-term interface bonding degradation due to moisture and temperature environmental effects needs to be addressed further.

In this study, we develop a viscoelastic solution for the long-term interface stress distribution in a FRP plate strengthened reinforced concrete beam.

Detailed knowledge about the long-term interface of climate and rainfall variability is essential for managing agricultural activities in Eastern African countries.

Using these notations, the slot and power assignments are captured by the matrices and that determine the long term signal-to-interface-and-noise ratio values experienced by MS on slot as follows: (1).

Moisture permeation through separate housing material samples was typically high compared to internal leakage current formed in real arresters which highlights the main conclusion drawn, internal structures and long term quality of interfaces are the key issues in preventing moisture induced degradation in metal oxide surge arresters.

One primary research trend of WNV is Long Term Evolution (LTE) air interface virtualization, where multiple VOs share resource on the air interface [4].

In this paper, a generalized Long Term Evolution (LTE) air interface virtualization framework is proposed where virtual operators (VOs) are enabled to share the physical resources owned by the infrastructure provider (InP).

Low melting temperature IMC phase of AgIn2 is formed in the interface after long term room temperature storage or 70 °C aging treatment.

Further studies should be conducted to evaluate the longitudinal bond strength and the interface behaviour after long term hydrolysis and enzymatic degradation.

Considerable effort has been made to incorporate biologically active molecules into the conducting polymer films in order to improve their long term performance at the soft tissue interface of devices, and the development of functionalized conducting polymers that can be modified with biomolecules would offer important options for device improvement.