Triaxial Measurement of Residual Stress After High Feed Milling Using X-ray Diffraction

Zaušková, Lucia; Czán, Andrej; Šajgalík, Michal; Drbúl, Mário; Rysava, Zdenka

doi:10.1016/j.proeng.2017.06.169

Cited by 17 publications

(9 citation statements)

References 3 publications

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“…There is evidence [7,8,9] that key mechanic regulators of cell adhesion, contractility, gene regulation, cell matrix interactions play actinomyosin fibers in hMSCs [7,18,20,21] whose structure and organization show significant differences in the early stages of mechanically induced differentiation (up to 24 hr) depending on substrate elasticity.…”

Section: Mechanotransductionmentioning

confidence: 99%

Endermologie New Aproach in the Medicine Treatment

Mezencevová

Török

Czánová

et al. 2017

Technological Engineering

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Using the effect of mechanical forces affecting cellular response in the treatment of post-traumatic, postoperative, post-imlantation conditions through the application of Endermologie®-mechanotransduction represents a revolutionary solution in tissue-rehabilitation and positive target tissue influencing, with faster regeneration (1). Endermologie® is a noninvasive, painless, natural method of treatments of all connective tissue transformations, muscle and circulation pathologies. The aim of our study is investigation and explanation the mechanism of action by observing the physiological effects of Endermologie® based on human studies. The paper is focused on monitoring of possitive effect tissue regeneration using endermologie as a tools mechanostimulation improvements of systems integridy and health improvement.. Keywords Endermologie®, connective tissue, mechanotransduction, scar, 1 INTRODUCTION More than 30 years ago, a new non-invasive and natural way to treat traumatic changes in connective tissue, skin and the like has been discovered, with a proven positive effect on the regeneration and rehabilitation of systemic tissues through mechanical cell stimulation. End 70.r. In the 20th century, engineer Loius Paul Guitay suffered extensive skin injuries, muscles as a result of burns and scarring, resulting in increased adherence, tissue adhesion, loss of elasticity, momentum, attenuation of vascular and lymphatic circulation, increased stagnation of interstitial fluid, edema, fibrotic changes, decreased oxygenation of trophic tissues, and progression of degradation changes. In order to streamline the therapeutic process, in order to maximize shortening of the rehabilitation and regeneration period, to standardize treatment at any time within circadian biorhythms (elimination of negative human factors such as fatigue, exhaustion, disparity in the administration of procedures by individuals within the day) Louiom P. Gutayiom new system in terpaii called " Endermológia®. in conjunction with mechanical forces and physiotherapy techniques to achieve a better effect, in less time and under uniform conditions than manual physiotherapy-rehabilitation techniques. ENDERMOLOGY and LPG techniquesEndermológia® LPG® is a non-invasive, non-invasive, 100% natural, patented method of mechanical stimulation of cells, aimed at systemic tissue manipulation through application to the skin. Endermology represents interaction between the dosed vacuum and roller massage, controlled aspiratory force, frequency, controlled and controlled velocity and direction of roller movement. LPG® cell mechano-stimulation is carried out by specific software-controlled monitored therapeutic heads, tissuespecific so-keymodules, equipped with unique rollers and flaps, allowing personalized skin care treatments using the exclusive patented Roll and Lift techniques. The working head of the device with two completely independently driven and moving rollers (Fig. 1) creates a vacuum wave which moves forward, backward, sideways or diagonally by a s...

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Section: Mechanotransductionmentioning

confidence: 99%

Endermologie New Aproach in the Medicine Treatment

Mezencevová

Török

Czánová

et al. 2017

Technological Engineering

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“…High feed machining (HFM) is known as a cost-effective roughing strategy due to higher material removal rate in contrast with conventional milling. The surface roughness is increasing with higher feed as well [1]. This effect can be partially reduced by using advanced tool geometry (Fig.…”

Section: Introductionmentioning

confidence: 96%

Comparison of High Feed Machining with Conventional Milling in Terms of Surface Quality and Productivity

Kuruc¹,

Vozar²,

Šimna³

et al. 2019

DAAAM Proceedings

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Many industrial corporations are trying to increase productivity. They were made many types of research focused on cost-effective productivity increasing. Researchers and engineers were created new machining strategies and advanced processes, which could be enhanced by modified geometry, advanced coatings and new cutting materials. One of the costeffective methods to increase productivity is High Feed Machining (HFM). This method does not require any special equipment, such as high-speed spindle. Moreover, it does not require any special conditions neither. Due to the fast rapid traverse of many modern machine tools, High Feed Machining can be performed on most of them. This article compares machining of the reference steel materials -C45 by conventional milling and High Feed Machining. The experiment is based on the creating of some simple shapes, such as vertical and horizontal surfaces, notches, cylinders, etc. There were measured several surface roughness parameters. Results of the experiment could be applied to determine what advantages High Feed Machining brings and when it is advantageous.

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“…High feed machining (HFM) is known as an effective roughing strategy with substantially higher material removal rate than conventional milling. With higher feed, the surface roughness is increasing as well [1]. This disadvantage is partially reduced by advanced tool geometry (Fig.…”

Section: Introductionmentioning

confidence: 99%

Comparison of High Feed Machining with Conventional Milling in Terms of Dimension Accuracy and Productivity

Kuruc¹,

Vozar²,

Šimna³

et al. 2018

Proceedings of the 29th International DAAAM Symposium 2018

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Numerous industrial enterprises are forced to increase productivity if they want to stay competitive in the market. Therefore, there were performed many researches focused on possibilities of cost effective increasing the productivity. There were created advanced processes and new machining strategies, which could be improved by new cutting materials, advanced coatings and modified geometry. One of the cost effective methods to increase productivity is High Feed Machining (HFM). This method does not require high speed spindle (in contrast with High Speed Cutting -HSC). Moreover, it does not require any special devices or conditions. HFM can be performed on the modern machine tools. This article compares conventional milling and high feed machining of the reference steel materials -C45 by creating some basic shapes and features, such as horizontal and vertical surfaces, cylinders, grooves, etc. Results of the experiment could be applied to determine when HFM is advantageous and what advantages it brings about.

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Triaxial Measurement of Residual Stress After High Feed Milling Using X-ray Diffraction

Cited by 17 publications

References 3 publications

Endermologie New Aproach in the Medicine Treatment

Endermologie New Aproach in the Medicine Treatment

Comparison of High Feed Machining with Conventional Milling in Terms of Surface Quality and Productivity

Comparison of High Feed Machining with Conventional Milling in Terms of Dimension Accuracy and Productivity

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