Bentley Systems, Inc.

Other

Haestad Methods, Inc.

Benjamin D Wilson

Jack S Cook, Jr

Gregg A Herrin

Sasa Tomic

Scott P Devoe

Zheng Yi Wu

Thomas M Walski

Robert F Mankowski

Wayne R Hartell

Jonathan DeCarlo

A database design modeling system for managing data facets for design scenarios as a collection of hierarchical unitized data alternatives is provided. The database design model allows for easy access to data while providing a single persistant location for any one specific data record, thereby reducing any problems associated with conventional data duplication. Further, all data stored within the database is unitized thus eliminating the need for the user to do the unit mapping. According to one aspect of the present invention, a Relational Database Management System (RDBMS) modeling system can be constructed that allows for exercising multiple 'What if?' scenarios with minimal user intervention and errors by 1) storing data using a normalized hierarchical storage structure, 2) providing data address indirection means to access data available from a multitude of data sources, 3) providing an object model to leverage programmable support to the orthogonal data views, and 4) providing a GIS client user interface allowing the user to construct a scenario and to view scenario results.

Method and system for the storage and use of engineering modeling alternatives with unitized data

A method and system for optimal design of a water distribution network is provided. Three levels of optimization are available as options for selection by the user and these include least cost optimization, maximum benefit optimization and cost-benefit tradeoff optimization. The optimization models, in accordance with the present invention, include solutions generated by a competent genetic algorithm that can take into account multiple objective functions. Pareto-optimal solutions are produced for the whole range of a budget for the water distribution system. Tradeoff solutions allow engineers to apply engineering judgement to choose the true optimal solution under the specific application being considered.

Method for optimizing design and rehabilitation of water distribution systems

A method and system for providing cost estimation in connection with a water distribution network is provided. The method includes estimating the energy cost within a water distribution network associated with pumps pushing water from areas of low hydraulic grade to areas of higher hydraulic grade and using energy in the process, as well as estimating cost equivalents for storage changes that occur as tanks within the system fill or drain. The costs associated with this energy are taking into account. Energy Price Definitions are created that take into account the water utility rate structure for the associated pump and the times are which the pump is operating. The price of energy at the pertinent times is taken into account in an energy cost manager program that interfaces with a database of information about the water distribution network as well as utility rate structures from which can be drawn utility rate information to estimate the electrical energy costs for running the system during a particular simulation. The simulation also takes into account peak periods for the electrical energy usage, and normalizes costs to a common time frame.

Method and system for providing an energy cost estimation for a water distribution network

A database design modeling system for managing data facets for design scenarios as a collection of hierarchical unitized data alternatives is provided. The database design model allows for easy access to data while providing a single persistant location for any one specific data record, thereby reducing any problems associated with conventional data duplication. Further, all data stored within the database is unitized thus eliminating the need for the user to do the unit mapping. According to one aspect of the present invention, a Relational Database Management System (RDBMS) modeling system can be constructed that allows for exercising multiple 'What if?' scenarios with minimal user intervention and errors by) storing data using a normalized hierarchical storage structure,) providing data address indirection means to access data available from a multitude of data sources,) providing an object model to leverage programmable support to the orthogonal data views, and) providing a GIS client user interface allowing the user to construct a scenario and to view scenario results.

Growing community of inventors

Keene, NH, United States of America

Benjamin D Wilson