Sentence examples for design erosion from inspiring English sources

Design erosion is a common problem in software engineering.

Improved knowledge of watershed-scale spatial and temporal variability of sediment yields (SY) is needed to design erosion control strategies, particularly in the most severely eroded areas.

Otherwise, if software architects merely focus on adding new features—(changes or extensions that by themselves might not be adequate), design erosion will be the final result.

In this paper, we illustrate how design erosion works by presenting the evolution of the design of a small software system.

Erosion tests were conducted with 10 μm Arizona road dust and 100 μm sieved runway sand particles in especially designed erosion tunnel at temperature up to 260 °C (500 °F) and impact velocities up to 152.4 m/s (500 ft/s).

However, in most studies (n = 4), differently designed erosion indexes were considered.

It was logical to look at the O-ring design because erosion ultimately did allow hot gasses to escape, causing the rocket to blow up.

However, construction site event-based soil loss simulations – required for reliable design of erosion and sediment controls – are one of the most uncertain types of hydrologic models.

This study presents models with improved degree of accuracy to advance the design of erosion and sediment controls for construction sites.

The scenarios confirm the efficacy of the WEPS and SWEEP models as valuable tools for supporting the design of erosion control plans for disturbed lands that are not only cost-effective but also incorporate a science-based approach to risk assessment.

This paper provides additional discussion surrounding the novel event-based soil loss models developed by Trenouth and Gharabaghi (2015) for the design of erosion and sediment controls (ESCs) for various phases of construction – from pre-development to post-development conditions.