DYNAMIC EVALUTION OF THE VIBRATING DRILLING SYSTEM
Journal Title: Proceedings in Manufacturing Systems - Year 2015, Vol 10, Issue 1
Abstract
New materials technologies have led to new composite materials solutions to replace existing conventional materials. The respect of the quality and the life span of drilling tools are considerable reduced. The constraints generated during the drilling process are very important in amplitude and complexity. In this scope was presented adopted machining solution based on vibration assisted drilling. This paper aims to dynamic study of a new drilling solution assisted with vibration. This system is the subject of a patent [4]. To evaluate the dynamic behaviour of the drilling vibration system an experimental protocol was designed and built. The study allowed the identification of natural frequencies and determination of dynamic parameters: stiffness, damping and mass. These parameters are required in the further development of a dynamic model to optimize the reel cutting conditions. For this purpose was imposed a dynamic evaluation of drilling system assisted with forced-vibrations.
Authors and Affiliations
Claudiu-Florinel BISU, Jean K’NEVEZ, Medhi CHERIF
Keywords
Related Articles
- EP ID EP116700
- DOI -
- Views 110
- Downloads 0
Review of the present technological advance in the field of water jet cutting
Water jet cutting (WJC) is a relative recent technology that has a high interest due to its results. The main advantage in using this flexible non-conventional technology is that there is no heat-affected zone (HAZ). Ano...
AUGMENTED REALITY TECHNOLOGY APPLICATIONS
Augmented Reality (AR) is a growing area in virtual reality research. The world environment around us provides a wealth of information that is difficult to duplicate in a computer. This is evidenced by the worlds used in...
Dedicated forward kinematics algorithms for SCARA and palletizing robots
This paper presents the development and validation of optimized mathematical algorithms for solving the forward kinematics problem in the case of two industrial robot architectures: SCARA and palletizing robots. While th...
Analysis of robotic machining operations using a radially compliant end-effector
This paper presents a comparative analysis conducted by the authors in the field of robotic machining. The scope of the analysis was to compare light machining operations performed on various materials using an articulat...
USING A CNC MILLING MACHINE FOR INCREMENTAL FORMING
The Asymmetric single point incremental forming (ASPIF) is a manufacturing technology with a high degree of novelty which has been widely recognized as a solution with great potential in manufacturing small batches or ev...