Diagnostics - Versijų istorija

Ekartus 17:58, 18 balandžio 2023

2023-04-18T17:58:39Z

78.63.224.94 09:11, 22 kovo 2023

2023-03-22T09:11:26Z

← Ankstesnė versija		09:11, 22 kovo 2023 versija
6 eilutė:		6 eilutė:
	The entire book can be downloaded '''[https://ktuedu-my.sharepoint.com/:f:/g/personal/eimkarc_ktu_lt/Ev6sqUjOn5pKvByuf-ZPWssBsEGK8smv98nJADqAzs5qLg?e=owKeju here]''' in individual chapters based on the content below		The entire book can be downloaded '''[https://ktuedu-my.sharepoint.com/:f:/g/personal/eimkarc_ktu_lt/Ev6sqUjOn5pKvByuf-ZPWssBsEGK8smv98nJADqAzs5qLg?e=owKeju here]''' in individual chapters based on the content below

	The author worked at the Mechanical Engineering [https://midf.ktu.edu/mechanikos-inzinerijos-katedra/ Department] of the KTU Faculty of Mechanics		The author worked at the Mechanical Engineering '''[https://midf.ktu.edu/mechanikos-inzinerijos-katedra/ Department]''' of the KTU Faculty of Mechanics

	Universal Lithuanian encyclopedia about the [https://www.vle.lt/straipsnis/vitalijus-volkovas/ author]		Universal Lithuanian encyclopedia about the '''[https://www.vle.lt/straipsnis/vitalijus-volkovas/ author]'''

	KTU library has the following [https://biblioteka.ktu.edu/galleries/volkovas/ books] prepared by Vitalijus Volkovas.		KTU library has the following '''[https://biblioteka.ktu.edu/galleries/volkovas/ books]''' prepared by Vitalijus Volkovas.

	Return to lithuanian info [[Diagnostika]].		Return to lithuanian info '''[[Diagnostika]]'''.

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78.63.224.94 17:11, 21 kovo 2023

2023-03-21T17:11:10Z

← Ankstesnė versija		17:11, 21 kovo 2023 versija
1 eilutė:		1 eilutė:
	~~Čia pateikiama~~ KTU ~~profesoriaus Vitalijaus Volkovo paruošta monografija~~		Here is a monograph prepared by KTU professor Vitalijus Volkovas
	'''Diagnostics and Monitoring of Technical Systems:'''		'''Diagnostics and Monitoring of Technical Systems:'''
	''Methods and Application''		''Methods and Application''
	Kaunas, 2021		Kaunas, 2021

	~~Visą knygą atskirais skyriais pagal toliau pateiktą turinį galima atsisiųsti~~ '''[https://ktuedu-my.sharepoint.com/:f:/g/personal/eimkarc_ktu_lt/Ev6sqUjOn5pKvByuf-ZPWssBsEGK8smv98nJADqAzs5qLg?e=owKeju ~~čia~~]'''		The entire book can be downloaded '''[https://ktuedu-my.sharepoint.com/:f:/g/personal/eimkarc_ktu_lt/Ev6sqUjOn5pKvByuf-ZPWssBsEGK8smv98nJADqAzs5qLg?e=owKeju here]''' in individual chapters based on the content below

	~~Autorius dirbo KTU Mechanikos fakulteto Mechanikos inžinerijos~~ [https://midf.ktu.edu/mechanikos-inzinerijos-katedra/ ~~katedroje~~]		The author worked at the Mechanical Engineering [https://midf.ktu.edu/mechanikos-inzinerijos-katedra/ Department] of the KTU Faculty of Mechanics

	~~Visuotinė lietuvių enciklopedija apie~~ [https://www.vle.lt/straipsnis/vitalijus-volkovas/ ~~autorių~~]		Universal Lithuanian encyclopedia about the [https://www.vle.lt/straipsnis/vitalijus-volkovas/ author]

	KTU ~~bibliotekoje yra šios Vitalijaus Volkovo paruoštos~~ [https://biblioteka.ktu.edu/galleries/volkovas/ ~~knygos~~]		KTU library has the following [https://biblioteka.ktu.edu/galleries/volkovas/ books] prepared by Vitalijus Volkovas.

	~~Informacija anglų kalba yra čia~~ [[~~Diagnostics~~]]		Return to lithuanian info [[Diagnostika]].

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78.63.224.94 17:01, 21 kovo 2023

2023-03-21T17:01:56Z

← Ankstesnė versija		17:01, 21 kovo 2023 versija
1 eilutė:		1 eilutė:
	~~information about~~ diagnostic research ~~carried out by KTU is presented here~~		Čia pateikiama KTU profesoriaus Vitalijaus Volkovo paruošta monografija
			'''Diagnostics and Monitoring of Technical Systems:'''
			''Methods and Application''
			Kaunas, 2021

			Visą knygą atskirais skyriais pagal toliau pateiktą turinį galima atsisiųsti '''[https://ktuedu-my.sharepoint.com/:f:/g/personal/eimkarc_ktu_lt/Ev6sqUjOn5pKvByuf-ZPWssBsEGK8smv98nJADqAzs5qLg?e=owKeju čia]'''

			Autorius dirbo KTU Mechanikos fakulteto Mechanikos inžinerijos [https://midf.ktu.edu/mechanikos-inzinerijos-katedra/ katedroje]

			Visuotinė lietuvių enciklopedija apie [https://www.vle.lt/straipsnis/vitalijus-volkovas/ autorių]

			KTU bibliotekoje yra šios Vitalijaus Volkovo paruoštos [https://biblioteka.ktu.edu/galleries/volkovas/ knygos]

			Informacija anglų kalba yra čia [[Diagnostics]]

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			TABLE OF CONTENTS<br>
			INTRODUCTION <br>
			'''1. PROBLEMS OF RELEVANCE.<br>'''
			1.1. Energy and concentration of power, failures and mistakes – reasons of the potential accidents.<br>
			1.2. Industrial facilities and product safety, quality requirements.<br>
			1.3. The methodology of evaluation of system’s technical state.<br>
			1.4. System monitoring and diagnostics symbiosis.<br>
			REFERENCES<br>
			'''2. MODELS OF DAMAGED MECHANICAL SYSTEMS.<br>'''
			2.1. Technological system decomposition into elements and analysis of defective states <br>
			2.2. Models of technical system structural elements. <br>
			2.2.1. Linear dynamics challenges<br>
			2.2.2. Nonlinear dynamics challenges<br>
			2.3. Model of damaged structure’s parameters changing.<br>
			REFERENCES<br>
			'''3. DYNAMICS AND STATE IDENTIFICATION OF HETEROGENEOUS SYSTEMS<br>'''
			3.1. Systems with lumped parameters .<br>
			3.2 Systems with distributed parameters.<br>
			3.2.1. The transfer function dentification<br>
			3.2.2. Dynamics of oblong constructive element and defect identification<br>
			3.2.3. Defect identification in the axis - symmetrical constructive elements.<br>
			3.2.3.1. FEM analysis and state parameters identification.<br>
			3.2.3.2. Reaction of the mechanical system to impact load and state determination.<br>
			3.2.4. Dynamics and identification of flexible constructive elements.<br>
			3.2.4.1. Model of transverse oscillations of a defective belt free span between pulleys<br>
			3.2.4.2. FEM analysis of the defective belt interaction with the pulley<br>
			3.2.4.3. A method of belt drives malfunction diagnosis.<br>
			3.2.4.4. Procedure of measuring<br>
			3.3. Damaged system’s quazi-harmonic process model<br>
			REFERENCES<br>
			'''4. THEORY OF MODERN DIAGNOSTIC METHODS AND MEANS <br>'''
			4.1. Controlled dynamic elements in structure’s diagnostics<br>
			4.1.1. The qualitative estimation of defectness of the beam type structures.<br>
			4.1.2. Experimental investigation of the technical state change and defect localization in beam type structures<br>
			4.1.3. The diagnostic methods, based on the dynamics of structure with additional mass.<br>
			4.2. Inspection using mechanical energy converting elements <br>
			4.2.1. The mechanical energy conversion into electricity model<br>
			4.2.2. Practical aspect of application and new devices<br>
			4.3. Some aspects of vibration and impact analysis in systems diagnostics <br>
			4.3.1. Evaluation of quality of heterogeneous mechanical systems using impedance method.<br>
			4.4.2. Vibro shock signals in rotating system<br>
			4.4.3. Simulation of vibro shock signals in rotating system.<br>
			4.4. Multi-layer cylindrical structures diagnostics based on Lamb’s wave’s interference.<br>
			4.4.1. Waves propagating within the cylindrical structure and interference phenomenon<br>
			4.4.2. A technique of signal processing for interferometric estimation of the amount of deposit in pipes<br>
			4.5. Acoustic emission (AE): research and new aspects.<br>
			4.5.1. AE method in the rotating machine elements<br>
			4.5.2. AE testing of pressurized vessels and cylinders<br>
			REFERENCES<br>
			'''5. DEVELOPMENT AND APPLICATION OF MONITORING AND DIAGNOSTICS<br>'''
			5.1. Permanent vibration monitoring and diagnostics of unique machines (UM)<br>
			5.1.1. Vibration monitoring and diagnostic systems of turboagregate<br>
			5.1.2. Monitoring the technical condition of hydroelectric power plants<br>
			5.1.3. Vibroacoustic diagnostics of rolling bearings using stationary system<br>
			5.2. Periodic vibration diagnostics of rotor systems with portable devices .<br>
			5.3. Adaptable vibration monitoring in rotor systems <br>
			5.3.1. Concept and principles of adaptive monitoring.<br>
			5.3.2. Realization of adaptive bearing defect detection<br>
			5.3.3. Adaptive monitoring algorithm<br>
			5.5. Vibrodiagnostics problem in small hydroelectric power plants (SHPP)<br>
			5.5. The concept of buildings stability monitoring and damage diagnostics<br>
			5.5.1. Concept of building’s stability.<br>
			5.5.2. Models of building and defects.<br>
			5.5.3. Building’s stability monitoring system (BSMS)<br>
			5.5.4. Results of laboratory experiment.<br>
			5.6. Development of new measurement elements for vibration monitoring systems.<br>
			5.6.1. Low frequency vibration measurement device: creation and investigation<br>
			5.6.2. Air gap measuring system for purpose of diagnostics and condition monitoring.<br>
			REFERENCES<br>
			'''6. UNCERTAINTY IN MONITORING AND DIAGNOSTIC SYSTEMS.<br>'''
			6.1 Uncertainty in vibration monitoring systems of rotating machinery .<br>
			6.2. Uncertainty sources in vibration monitoring and diagnostic systems<br>
			6.2.1. Calculating measurement uncertainty in vibromonitoring systems<br>
			6.2.2. Increase of mean and variance estimates reliability for limited data size.<br>
			6.2.2.1. Theory of the method<br>
			6.2.2.2. The results of statistical simulation<br>
			6.2.2.3. Practical application of the method<br>
			6.2.3. The measurement uncertainty with random or systematic errors<br>
			6.2.3.1. Rotating machinery as a measurement object<br>
			6.2.3.2. Vibromonitoring system as a measurement medium.<br>
			6.2.3.3. Analysis of experimental data<br>
			6.2.4. Uncertainty of decision making.<br>
			6.3. Investigation of vibration monitoring uncertainty including transient modes of rotating systems<br>
			REFERENCIES<br>

Ekartus: Naujas puslapis: information about diagnostic research carried out by KTU is presented here

2023-03-21T07:26:46Z

Naujas puslapis: information about diagnostic research carried out by KTU is presented here

Naujas puslapis

information about diagnostic research carried out by KTU is presented here