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SewerCAD

張貼者:2010年10月3日 上午1:06未知的使用者   [ service orderble 已於 2011年5月26日 上午7:38 更新 ]
BentleySewerCAD是當今世界上最先進的排水管網設計、分析和規劃工具,可以同時處理重力流管網系統和壓力流管網系統。 目前世界上有數千個設計院和排水公司在使用SewerCAD軟件。
SewerCAD一直以其先進的功能領導著給排水設計軟件市場。 使用SewerCAD,可以解決涉及未填滿管道中的重力流的絕大部分系統水力學問題。與多數重力流模型不同,它還可以較好地處理水泵、壓力干管和壓力污水管。



開發商:Bentley Systems, Incorporated
原廠網址:http://www.bentley.com/en-US/Products/SewerCAD/Top-Reasons.htm
更新日期:2011/05/26
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優勢

輕鬆下水道建模

新SewerCAD用戶快速了解其使用界面倒過來,他們感覺更舒服,而經驗豐富的建模發現新的節省時間的工具,每天。

之間進行選擇縮放或電路圖環境(或兩者的組合),使用縮放背景層的素描艾滋病,奠定了無限的信心與撤消和重做,分裂管道,變形元素,在飛行中重新連接管道,並成立元素的原型簡化數據輸入。

 

Effortless sewer modeling

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鍛煉你的平台的自由

SewerCAD可在兩個兼容的和可互換接口:獨立和AutoCAD。 選擇最適合的環境,你的技能,以方便您的建模和優化工作流程。

獨立接口提供無與倫比的易用性和多功能性,多背景的支持,和轉換工具從 CAD,GIS和數據庫。 AutoCAD的界面設計為用戶希望有一個更高層次的精確度利用AutoCAD的繪圖工具,其SewerCAD模型無縫集成在CAD環境。

有興趣在ArcGIS集成下水道建模? 退房 SewerGEMS

SewerCAD platform interfaces: Stand-alone and AutoCAD
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你的資本投資最小化

讓 SewerCAD自動設計一個全新的網絡,或者對現有的部分之一,通過簡單地輸入您的設計限制:速度,斜坡,覆蓋深度和管道及沙井匹配偏移。 SewerCAD會推薦最符合成本效益的管道尺寸和反轉升高,避免不必要的管溝開挖。

評估資本成本與收集和抽水系統自動 SewerCAD的資本成本管理。 今後的改進建議的基礎上既液壓衝擊和建設成本。

SewerCAD minimizes your capital investment
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看看下水道的正確方法

系統配置文件是最好的方式來可視化潛在的瓶頸和改善的機會,他們只是一對夫婦的點擊取消SewerCAD。

通過建立剖面重力和壓力的部分,動畫液壓年級線和註釋通過長時間模擬,保存和調用配置文件,以避免他們重新從頭開始,並創建模板與您的特定設計要求。

Visualize sewers with SewerCAD
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尋找更多的時間用於工程

節省時間的功能可幫助您簡化數據輸入並給你更多的時間用於工程和決策。 使用靈活的表格報告,維護您自己的工程屬性庫,可將數據輸入,管理工程單位的飛行。

SewerCAD: Time-saving features
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快速啟動您的現有數據模型

利用幾乎任何數據源,以啟動您的模型建立過程,讓你的模型的建立和運行,在沒有時間。 如果您已經擁有 CAD製圖,地理信息系統文件或外部數據庫,供您下水道系統,你只是點擊幾下有一個 SewerCAD遠離你的網絡模型。 雙向之間的連接 shape文件,數據庫,電子表格和您的SewerCAD模型幫助你修改你的模型作為源數據的變化。

Jump-start your model
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易負荷估算

SewerCAD的衛生加載功能可幫助您準確地估計乾燥和潮濕天氣的貢獻收集系統。

使用可自定義單位負載庫估計的基礎上促進人口,服務區,總乾燥天氣放電,或建立自己的載荷類型。 選擇從預定義的極端流量係數的方法,包括巴氏合金,哈蒙,10個州和Federov的,或實現你自己的。

您還可以滲透的基礎上確定管道長度,直徑,面積,長度,直徑,或用戶定義的數據,並管理多個流量歷線模擬的擴展時期。

Easy load estimation
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重力和壓力的控制液壓系統

分析壓力或自由表面流條件下使用SewerCAD強大的求解算法*亞臨界,臨界,超臨界條件,以及複雜的複合型材。

運行穩定狀態分析,以評估您的設計流量條件下的極端,而長時間內幫助您可視化模擬系統的行為是如何隨著時間的推移,幫助您找到水躍和預壓部分。 模擬的實時控制與 SewerCAD轉向泵和關閉基於時間,流量,壓力和濕井的水平,除其他條件。

您可以選擇不同的摩擦方法,如曼寧,庫特,達西魏茲巴赫和哈森,威廉姆斯和水頭損失計算與各種結構的方法,包括聯邦公路管理局港燈 - 22和AASHTO。

* SewerCAD使用漸變,標準步算法。 對於動態引擎,解決了全聖Venant方程組,檢查了Bentley的SewerGEMS
Control of gravity and pressure hydraulics
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為更好的決策,組織方案

獨特的情景控制中心可以幫助你組織一個無限數量的身體,設計,水文學,網絡拓撲和運營方案得更快,準確的決策與單一 SewerCAD文件。

健全決策的下水道系統需要考慮多個工程案例,如:

  • 康復替代多個規劃視野
  • 水泵控制策略節能運行
  • 下水道的設計方法具有不同峰值流量的方法
  • 溢出的情況有不同的未來廢水流
Scenario Control Center
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結果很容易理解

現貨瓶頸和潛在的預壓與動畫三維圖形和資料,使用基於屬性的顏色編碼,元素符號和註釋可以輕鬆地可視化你的輸入和結果,並建立表格式報告,全系統的總結,並在飛行中的項目清單。

Easy visualization of results

















Advantages

Effortless sewer modeling

New SewerCAD users quickly learn their way around using the interface they feel more comfortable with, while experienced modelers discover new time-saving tools every day.

Choose between a scaled or schematic environment (or a combination of both), use scaled background layers as drawing aids, lay out with confidence with unlimited undo and redo, split pipes, morph elements, reconnect pipes on the fly, and set up element prototypes to streamline data entry.

 

Effortless sewer modeling

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Exercise your platform freedom

SewerCAD is available in two compatible and interchangeable interfaces: Stand-alone and AutoCAD. Choose the environment that best fits your skills to facilitate and optimize your modeling workflow.

The stand-alone interface offers unparalleled ease of use and versatility, multiple background support, and conversion utilities from CAD, GIS, and databases. The AutoCAD interface is designed for users that want a higher level of precision by leveraging AutoCAD's drafting tools, seamlessly integrating their SewerCAD models in a CAD environment.

Interested in ArcGIS-integrated sewer modeling? Check out SewerGEMS.

SewerCAD platform interfaces: Stand-alone and AutoCAD
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Minimize your capital investment

Let SewerCAD automatically design an entirely new network, or sections of an existing one, by simply entering your design restrictions: velocities, slopes, cover depths, and pipe and manhole matching offsets. SewerCAD will recommend the most cost-effective pipe sizes and invert elevations, avoiding unnecessary pipe trench excavation.

Assess capital costs associated with the collection and pumping systems automatically with SewerCAD's Capital Cost Manager. Recommend future improvements based on both hydraulic impact and construction cost.

SewerCAD minimizes your capital investment
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Look at sewers the right way

System profiles are the best way to visualize potential bottlenecks and improvement opportunities, and they are just a couple of clicks away with SewerCAD.

Build profiles through both gravity and pressure sections, animate hydraulic grade lines and annotation through an Extended Period Simulation, save and recall profiles to avoid recreating them from scratch, and create templates with your specific design requirements.

Visualize sewers with SewerCAD
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Find more time for engineering

Time-saving features help you streamline data entry and leave you more time for engineering and decision-making. Use flexible tabular reports, maintain your own engineering attribute libraries for faster data input, and manage engineering units on the fly.

SewerCAD: Time-saving features
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Jump-start your model with existing data

Leverage virtually any data source to jump-start your model building process and get your model up and running in no time. If you already have CAD drawings, GIS files, or external databases for your sewer system, you are only a few clicks away from having a SewerCAD model of your network. Bidirectional connections between shapefiles, databases, spreadsheets, and your SewerCAD model help you make changes to your model as your source data changes.

Jump-start your model
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Easy load estimation

SewerCAD’s sanitary loading features help you to accurately estimate dry and wet weather contributions to the collection system.

Use customizable unit load libraries for estimation based on contributing population, service area, and total dry weather discharge, or build your own loading types. Select from pre-defined extreme flow factor methods including Babbit, Harmon, Ten State, and Federov’s, or implement your own.

You can also determine infiltration based on pipe length, diameter, surface area, length-diameter, or user-defined data, and manage multiple flow hydrographs for Extended Period Simulations.

Easy load estimation
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Control of gravity and pressure hydraulics

Analyze pressure or free surface flow conditions using SewerCAD's robust algorithm* for solving for subcritical, critical, supercritical conditions, and complex composite profiles.

Run steady-state analyses to evaluate your designs under extreme flow conditions, while extended period simulations help you visualize how the system behaves over time, helping you locate hydraulic jumps and surcharging sections. Simulate real-time controls with SewerCAD turning pumps on and off based on time, flows, pressures, and wet well levels, among other criteria.

You can choose from different friction methods like Manning, Kutter, Darcy-Weisbach, and Hazen-Williams, and calculate structure headloss with a variety of methods including FHWA HEC-22 and AASHTO.

*SewerCAD uses a gradually varied, standard-step algorithm. For a dynamic engine that solves the full Saint Venant equations, check out Bentley'sSewerGEMS.
Control of gravity and pressure hydraulics
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Organize scenarios for better decision

The exclusive Scenario Control Center helps you organize an unlimited number of physical, design, hydrology, network topology, and operational scenarios to make faster and accurate decisions with a single SewerCAD file.

Sound decision-making for your sanitary sewer system requires the consideration of multiple engineering scenarios, such as:

  • Rehabilitation alternatives for multiple planning horizons
  • Pump control strategies for energy-saving operation
  • Sewer design approaches with varying peak flow methods
  • Overflow scenarios with varying future wastewater flows
Scenario Control Center
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Understand results easily

Spot bottlenecks and potential surcharging with animated 3D graphs and profiles, use property-based color coding, element symbology, and annotation to easily visualize your input and results, and create tabular reports, system-wide summaries, and project inventories on the fly.

Easy visualization of results
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