Designing and Analysis of the TCA Parameters of a Bevel Gear Having Circular Tooth Direction in the Function of the Moment

The aim of this publication is the designing and the CAD modelling of the Gleason – type bevel gear pair and the analysis of the connecting teeth in case of different load moments. The main properties of this gear pair are the changing whole depth along the face width and the circular tooth direction which is created by a complicated cutting tool. Cutting edges are situated along the perimeter of the middle circle by equal circular pitches on the cutting tool. After the creation of the CAD model, which could be created by numerical way, TCA could be done in the function of the moment changing. The normal stress, normal elastic strain and normal deformation will be analyzed on the surface of the driven gear perpendicularly for the tooth surface. Knowing of the results correlations will be visualized based on the TCA results and the load moments. The behavior of the contact teeth will be analyzed.

Considering Middle Circles in Mobile Cloud Computing

Mobile Cloud Computing (MCC) is increasingly asserted as the technology with the potential to change the way internet and information systems are being utilized into business enterprises. It is rapidly changing the landscape of technology, and ultimately turning the long-held promise of utility computing into a reality. Nevertheless, utilizing MCC is never a trivial task, thus calling for a special approach to get the benefits, reduce risks and control operations. The main objective of this chapter is to provide some specific guidelines to provide governance directions to align MCC into enterprise strategy and reduce risks resulted from utilizing middle circle providers; In this context, this chapter also promote and discuss some ethics that help client enterprises and MCC providers understand roles and obligations in an ever changing environment.

Parametric study of the weave combination on the moldability of dome-shaped fabrics

This paper aims to investigate the relationship of the weave combination and the moldability for dome-shaped fabrics. The weave combination plays a fundamental role in composing the dome shape for the dome-shaped fabric. Twelve concentric-round patterns were designed according to different weave arrangements varied systematically. It is found that a better dome shape could be formed using the weave sequence with long floats in the outer circle and short floats in the inner circle, compared to the opposite weave sequence. This is because the weave with long floats is easy to shrink and the weave with short floats is easy to invade. The larger the shrinkage in the outer edge, the more area could be pulled forward to the center to form the dome. The dome effect could be further strengthened by the shrinkage of long floats in the middle circle of the concentric-round. In addition, the washing treatment could give a positive influence on the moldability, as the study result shows that the dome depth of specimens was better after washing than before washing.

Considering Middle Circles in Mobile Cloud Computing

Mobile Cloud Computing (MCC) is increasingly asserted as the technology with the potential to change the way internet and information systems are being utilized into business enterprises. It is rapidly changing the landscape of technology, and ultimately turning the long-held promise of utility computing into a reality. Nevertheless, utilizing MCC is never a trivial task, thus calling for a special approach to get the benefits, reduce risks and control operations. The main objective of this chapter is to provide some specific guidelines to provide governance directions to align MCC into enterprise strategy and reduce risks resulted from utilizing middle circle providers; In this context, this chapter also promote and discuss some ethics that help client enterprises and MCC providers understand roles and obligations in an ever changing environment.

The SMAC Opportunity Contracts

The concept of Social, Mobile, Analytics and Cloud (SMAC) is increasingly asserted as the phenomena with the potential to change technology and business relationships. In this SMAC era plenty of Middle Circle Contractors (MCCs) are being introduced as principal suppliers, integrators or outsourced contractors. This is reducing the Client Enterprise (CE) controls over their technology assets. Because it is not mature yet, SMAC nature is very disruptive and agile, thus rapidly changing the landscape of contracting, and ultimately turning the long-held promise of utility based computing into a reality. Such changes necessitate contracting transformation with innovated approaches to get targeted benefits, reduce risks and enhance operational controls. The main objective of this chapter is to provide guidelines to generate SMAC Opportunity Contracts (OCs) that are responsive and agile to provide the maximum business value, enhance risk governance and re-invent the roles and obligations in an ever-changing environment.