SewerGEMS tiene la capacidad de dimensionar conductos, establecer elevaciones de plantilla (invert elevations), determinar el tamaño de las captaciones, así como generar un diseño sanitario/pluvial automáticamente, al mismo tiempo que cumple con las restricciones especificadas por el usuario en el diseño automatizado.
SewerGEMS é capaz de dimensionar automaticamente tubos, bueiros e estruturas hidráulicas além de determinar cotas de fundo. Além de ser capaz de dimensionsionar atendendo diversas restrições definidas pelos usuários durante o dimensionamento automatizado, como faixas permitidas de inclinação, velocidade recobrimento e tensão trativa.
Primeiramente, o WaterGEMS é uma aplicação para modelagem hidráulica, com ambiente e interface amigáveeis. É capaz de analisar, dimensionar e otimizar redes de abastecimento de água. Neste artigo nós vamos conhecer melhor a ferramenta Darwin Designer do WaterGEMS. O WaterGEMS possuí uma capacidade superior para:
WaterGEMS es una aplicación de modelación hidráulica que proporciona un entorno fácil de usar para analizar, diseñar y optimizar de forma confiable sistemas de distribución de agua. Además, WaterGEMS posee grandes capacidades para realizar lo siguiente: Operaciones Hidráulicas, Creación de…
The most common question in pump selection these days is whether to use variable or constant-speed pumps.
One of the most fundamental decisions made in wastewater collection system design is choosing between a gravity or pressure sewer system. (Yes, there are other options such as septic tanks, vacuum systems, and onsite treatment, but once you decide on a central system of any significant size, gravity and pressure are usually the primary options.)
We all know that as two flows meet, according to the Law of Conservation of Mass, the resulting flow will be the sum of the two flows.
The fixture unit method (in some places called fixture value method) was developed by Roy B. Hunter from the US Bureau of Standards, based on research conducted by Hunter in the 1920s and 30s (Hunter, 1940). Every fixture in a building was assigned a fixture unit value. For example, a flush tank toilet uses 6, and a shower was 2.5, and a kitchen sink 1.5 (AWWA, 2014). For nearly the last 100 years, determining the peak flow in a pipe has been determined by the fixture unit method.
In a pipe network, all elements are connected such that changing anything at any location impacts the entire network. Adding a pipe in the far northwest part of the system affects flow in the far southeast part (minimally in many cases). The right way to model any pipe network is to include all elements that affect the behavior of the network.