Current Situation of software design for construction diversion and Interception Scheme

Author: Xiaoyan Linxian QQ: 51817
Water conservancy Software Development Research Group: 39869071 water conservancy and hydropower project construction diversion scheme aided design system official blog: http://www.cnblogs.com/DivClose/
Reprinted. Please retain the copyright information. Thank you!

2.2 Current Situation of the diversion and Interception Scheme Design Software

Currently, the software that can be used in the design of water conservancy and hydropower project construction diversion scheme is scattered. The following Representative Software is widely used:

 

Figure2.2-1Hydraulic computation module in geotechnical software of Beijing lizheng geotechnical research institute 

 

Figure2.2-2Engineering hydraulic computation software package in Water Conservancy and hydropower assembly 

 

Figure2.2-3Computing Program for Hydraulic Design of Water Conservancy and hydropower projects

 

Figure2.2-4River hydraulic computation program compiled by the US engineering corpsHec_ras

 

Figure 2.2-5 hydraulic computation software for irrigation district of Xiong qijun, Henan Provincial Water Conservancy Survey and Design Institute

 

Figure 2.2-6 xininspur hydraulic design toolbox

The disadvantages of these software are:

1Poor Adaptability

Most of them can only perform Hydraulic Computation on one item (such as calculation of uniform open channel flow and pressure stream in tunnel). The application area is narrow, the function is single, and some even have computing theory problems.

2Low integration level

They are pure hydraulic computing software and do not have the capability of integrated design, computing, analysis and management of the construction traffic diversion scheme.

3Poor scalability

More use of the feature-oriented software development method in the 1990s S. It is often costly to add new features and meet the dynamic needs of users in the later stage, and even have to give up most of the previous programming results.

Although these software provides many hydraulic computing functions for the design of the construction diversion scheme, they do not implement the internal relationship between functional modules in the design of the diversion scheme, it does not reflect the strict logic reasoning of the construction diversion and Interception Scheme Design. Therefore, it can only be classified as hydraulic computing software to some extent, far from being a large-scale professional Auxiliary Design Software for the construction diversion and Interception Scheme.