On the issue of using AutoCAD to assess flow rates (on the example of the Kama Reservoir)

Author:

Batmazova A A,Gaidukova E V,Vinokurov I O

Abstract

Abstract A method of visualization and further analysis of the flow rate field is proposed. The method is based on using capabilities of the AutoCAD software package, which is currently widely used in research in the geosciences, in particular in hydrological researches. As a result of the work done, the flow rate field on the straight sections of the Kama River could be visualized. Information from speed profiles located close to each other was used. The applied method, which consists in extruding isotachs, turned out to be time-consuming, but representative; it cannot yet be used for section lines located around the turn or remote from each other, and in areas with tributaries. The considered method is planned to be tested on the data of hydrochemical survey in order to analyse the distribution of impurities.

Publisher

IOP Publishing

Subject

General Engineering

Reference15 articles.

1. Research on AutoCAD secondary development and function expansion based on VBA technology;Zhang;Earth and Environmental Science,2017

2. Analiz sistem avtomatizirovannogo proyektirovaniya BricsCAD i AutoCAD v zemleustroystve i kadastre [Analysis of computer-aided design systems BricsCAD and AutoCAD in land management and cadastre];Naumenko;Science Diary,2020

3. Vozmozhnosti programmy AutoCAD v reshenii zadach zemleustroystva i kadastrov [Possibilities of the AutoCAD program in solving problems of land management and cadastres];Stupnikova;Youth and Science,2017

4. Analiz programmnogo obespecheniya dlya obrabotki dannykh nazemnogo lazernogo skanirovaniya [Software analysis for processing 96 ground laser scanning data];Shevchenko;Modern industrial and civil construction,2016

5. Tsifrovoye modelirovaniye rel’yefa landshaftnykh struktur basseyna reki [Digital modeling of the relief of landscape structures of the river basin];Kurochkin;Trends in the development of science and education,2019

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