ACOUSTIC EMISSION MODEL WITH THERMOACTIVATIVE DESTRUCTION OF COMPOSITE MATERIAL SURFACE

Abstract

Modeling of acoustic emission energy during the composite material machining for termoactivative model of acoustic radiation is simulated. The regularitie s of resultant signals energy parameters change depending on composite materials machining speed are determined. Obta ined regularities with their statistical characteristics are described. Sensitivity of acoustic emission energy parameters to the change of composite material machining speed is shown.

Authors and Affiliations

Sergii Filonenko

Keywords

Related Articles

AERONAUTICAL ENGLISH: AN ANALYSIS OF SELECTED COMMUNICATION STRATEGIES USED BY NATIVE ENGLISH SPEAKERS IN INTERACTION WITH OPERATIONAL LEVEL 4 PERSONNEL

Aeronautical English differs from general English, so it has to be learned by native speakers of English. The author refers to the particular role this group of speakers is required to play in aviation settings. The arti...

OPERATIONAL CONCEPT OF ARRIVAL MANAGER

In this article is analyzed the conceptual structure of AMAN, namely the topicality and history of creation of this conception, principles and availability for usage of this concept for the purpose of improvement of air...

THE TRAVELLING SALESMAN PROBLEM IN THE ENGINEERING EDUCATION PROGRAMMING CURRICULUM

Objective: To make students familiar with the famous Traveling Salesman Problem (TSP) and suggest the latter to become a common exercise in engineering programming curriculum provided the students master computer science...

DESIGN OF ROBUST NAVIGATION AND STABILIZATION LOOPS OF PRECISION ATTITUDE AND HEADING REFERENCE SYSTEM

Purpose: The paper focuses on problems of design of robust precision attitude and heading reference systems, which can be applied in navigation of marine vehicles. The main goal is to create the optimization procedures f...

FORMATION OF THE AIRLINE ALLIANCES

In the article we reviewed the necessity of combin ing forms, objectives of cooperation between airlines, studied the world's major aviation alliances, their composition and structure. We deter...

Download PDF file
  • EP ID EP461603
  • DOI -
  • Views 119
  • Downloads 0

How To Cite

Sergii Filonenko (2016). ACOUSTIC EMISSION MODEL WITH THERMOACTIVATIVE DESTRUCTION OF COMPOSITE MATERIAL SURFACE. Вісник Національного Авіаційного Університету, 66(1), 28-34. https://europub.co.uk/articles/-A-461603