A Cutting Force Model in Turning of Glass Fiber Reinforced Polymer Composite
Journal Title: RECENT - Year 2011, Vol 12, Issue 33
Abstract
The estimation of cutting forces in longitudinal turning of metals can be performed by applying the semi-empirical method developed by Kienzle and Victor, known also as specific cutting resistance model. Although this model is well documented for metals it has not been applied for new materials such as composites. The Kst1, and (1-zt) constants of the Kienzle-Victor model for a glass fibre reinforced Polyamide (PA66 GF-30) are experimentally determined in the present work.
Authors and Affiliations
Ioannis NTZIANTZIAS, John KECHAGIAS, Nikolaos FOUNTAS, Stergios MAROPOULOS
Keywords
Related Articles
- EP ID EP92247
- DOI -
- Views 90
- Downloads 0
Some Aspects of the Lifting Dynamics of Fork Lift Trucks
A research with 3D computer models on some aspects of the lifting dynamics of triple telescopic lifting gears is presented. The influence of the lifting tackle mechanisms, moving masses, etc. is taken into account. Conta...
Solar Radiation Estimation under Clear Sky Conditions for Brasov Area (Romania) - Models Performance Estimation
The literature in this field offers a high number of models for estimating total solar radiation, because the world's most weather stations measure total solar radiation. However, it must be mention, diffuse radiation es...
Laser Welding of Austenitic Stainless Steel Thin Sheets
This paper presents investigations regarding the laser welding of austenitic stainless steel. Several laser welding tests were made using AISI 304 stainless steel in a butt joint configurations. An 3.3 kW Rofin laser and...
Equipment for the Production of Fruit Past
Highly advanced equipment for the processing of non-traditional wild plant raw material was developed for the production of organic food products with high biological value. The process of producing fruit paste with the...
Optimizing the Work Centers Loading Level
This paper present a new approach for optimizing the loading level of the work centers in a manufacturing system or supply chain. The loading level problem is solved when the following information is available: how many...