Sentence examples for Easy-to-use engineering from inspiring English sources

The PRA tools appeared to be a very functional, easy-to-understand and easy-to-use engineering research tool, for both the researcher as well as the rural community, in gathering descriptive feedback and information.

This paper also conveys the authors׳ belief that the future of residential energy forecasting is moving toward the development of individual models for each household due to the availability of data from smart meters, as well as the development of friendly and easy-to-use engineering software.

This paper proposes a power consumption model that can be used as an easy to use engineering tool by the end user or system integrators to estimate the battery life of the device by just estimating the levels related to expected traffic that network will support and the possible interference level depending on the number of interference sources.

This paper presents a novel, easy to use, engineering method for determining the transient electromotive force (EMF) induced in low-voltage (LV) cables, connecting the wind turbine with a near-by transformer, in the event of direct lightning strike into the top of the wind turbine tower.

Furthermore, with only two tuning parameters, the controller provides a simple and easy-to-use solution to complex engineering problems in practice.

Therefore, the adoption of the method may prove useful for establishing easy-to-use design practices that favor green engineering, circular economy and environmental policies.

Our package provides a helpful and easy-to-use tool in science and engineering simulations.

Our program provides a helpful and easy-to-use tool in science and engineering to deal with initial value problems.

Our package provides a helpful and easy-to-use tool in science and engineering to deal with the most frequently encountered boundary value problems.

Our study underlines the stimulatory effects of mechanical loading on the biosynthetic activity of human chondrocytes in engineered constructs and the need for easy-to-use, automated bioreactor systems in cartilage tissue engineering.

Recent advancement on engineering technology enables more intuitive, easy-to-use rehabilitation systems.