Contribution of Professor K. G. Schindler (1869–1940) in formation of agricultural mechanics, theory and practice of testing of the agricultural machines and tools in Ukraine
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Abstract
The article highlights the life and creative path of the outstanding domestic scientist, theorist, methodologist and practitioner of agricultural engineering K. G. Schindler, associated with the formation of agricultural mechanics in Ukraine. The methodological foundation of the research is the principles of historicism, scientific nature and objectivity in reproducing the phenomena of the past based on the complex use of general scientific, special, interdisciplinary methods. For the first time a number of documents from Russian and Ukrainian archives, which reflect some facts of the professional biography of the scientist, were introduced into scientific circulation. The main directions of fruitful pedagogical and scientific activities of K. G. Schindler, key segments of his creative search, which determined the further development of agricultural engineering, his leadership in the scientific community were described. It was proved that Professor K. G. Schindler has the primacy in founding the Station of Testing for Agricultural Machines and Tools at the Kiev Polytechnic Institute, which provided students of agronomic and mechanical faculties with the opportunity to get acquainted with the existing types and designs of tillage machines, systematically test its research methods. In addition, the station carried out scientific work on the study of certain issues of agricultural mechanization, development of methods and devices for research of agricultural machinery and implements. The seven functions of the agronomic-type research station developed by scientists for the first time in Europe at the beginning of the last century have become a reference point for many generations of researchers of agricultural machinery. K. G. Schindler was the first in the world to theoretically substantiate the need to improve the design of tillage equipment depending on soil and climatic conditions, made a significant contribution to the theory of soil deformation with the shelf of the plow body. In addition, he improved the Sakka dynamometer, developed a control dynamometer to check traction dynamometers and other devices, improved existing and developed new designs of tillage machines. K. G. Schindler was the first in Ukraine to teach a course in agricultural engineering.
K. G. Schindler教授(1869-1940)在乌克兰农业机械、农业机械和农具测试理论和实践方面的贡献
本文重点介绍了国内杰出的科学家、理论家、方法学家和农业工程实践者k.g.辛德勒的一生和创新之路,并与乌克兰农业力学的形成联系在一起。研究的方法论基础是历史决定论、科学性和客观性原则,在综合运用一般科学、特殊的跨学科方法的基础上再现过去的现象。来自俄罗斯和乌克兰档案馆的一些文件首次进入科学界流通,这些文件反映了这位科学家职业生涯的一些事实。叙述了辛德勒卓有成效的教学和科学活动的主要方向,他创造性探索的关键环节,这决定了农业工程的进一步发展,他在科学界的领导地位。事实证明,K. G. Schindler教授在基辅理工学院建立了农业机械和工具测试站,为农艺学和机械系的学生提供了了解现有耕作机械类型和设计的机会,系统地测试了其研究方法。此外,该站还开展了农业机械化若干问题的研究、农业机具研究方法和装置的开发等科研工作。上世纪初欧洲科学家首次开发的农艺学型研究站的七大功能,已成为许多代农业机械研究人员的参考点。K. G. Schindler是世界上第一个从理论上证实需要根据土壤和气候条件改进耕作设备设计的人,他对犁体架土变形理论做出了重大贡献。此外,他改进了Sakka测功机,开发了一种控制测功机来检查牵引测功机和其他设备,改进了现有的耕作机械并开发了新的设计。k·g·辛德勒是乌克兰第一个教授农业工程课程的人。