Cylinders

Proposed Grid Stiffened (AGS) composite tube forming shells are widely used as a part of aeronautical trade.

This investigation examines collection charges for the various types of rounded-off compounded AGS network structures and empty shells.

Grid structures are called Angle, Iso-matrix, Kagome-network, Ortho-matrix, orthotropic matrix, and attributes are broken for each network writing.

In this investigation, different types of network structure are planned that the weight of the entire structure holds a consistency.

Under the consistent weight condition, the schema factors, eg, matrix points, network number, frame rate h and frame control, and grid assembly of grille structures were interrupted.

The results were reviewed for each frame type and each variable of the structure scheme.

This examination was carried out by means of limited component technique and the accuracy of the investigation was confirmed by past investigations.

Finally, the collection methods were interrupted by the thickness of the skin.

Determining the most appropriate factor of the plan was checked for each frame composition and the result could be related to the reorganization of the network structure scheme and is also extremely accommodating to reduce computer cost and to get estimates of improvement even more accurately.

the forms of collection were cut off with the thickness of the skin. Determining the most appropriate factor of the plan was checked for each frame composition and the result could be related to the reorganization of the network structure scheme and is also extremely accommodating to reduce computer cost and to get estimates of improvement even more accurately.

Its definition should be used in industrial applications as well as at home. A cylinder, made of composite materials, combines high quality, safe use and sleek design.

There is no doubt that gas cylinders of composite materials are an absolute innovation in the modern gas industry.

Today, steel gas cylinders are largely replaced with composite ones, and there are some obvious reasons - metal cylinders have a fairly significant weight and are vulnerable to corrosion.

Composite cylinders are lightweight, they consist of glass fiber / carbon fiber and advanced polymers. In addition, it has a laminated pattern of a destruction during the blast.

We have developed our composite advanced cylinder project for the purpose of organizing safe production of 4-type polymer cylinders in the Czech Republic.

The gas cylinders we have developed will surpass according to its parameters all existing analogues in today's market.

In addition, they will have a competitive price. Today, we are presenting our project at ICO in order to raise funds for its implementation.

Advanced Composite Cylinders is the first global financial investment project that combines advanced finance technologies and one of the most demanding products on the world market for industrial type 4 containers for CNG, LPG and industrial gases from contemporary materials compound.

The purpose of the project is to raise funds for the production of high and low pressure cylinders in the Czech Republic in accordance with the requirements of ECE R110: 2013, ISO 11439, ADR / RID: 2013, ISO 11119-3 using high strength carbon fibers and advanced polymeric materials.

Direct decentralized investments in the project will be through the purchase of arguments. It is the "decentralization" of arguments that should ensure the independence of the project.

The project's justification is to develop and produce the production of ultralight type 4 type gas cylinders, surpassing the existing analogues in terms of cost-effective, cost-effective technological parameters for assembly in series production.

First of all, we are talking about a project with a rapid return, moderate risks and a strong background of professional experience.

The project team has expertise and experience in the field of design and construction of composite materials and has everything needed to implement the project.

ССА issue own cryptocurrency instead of withdrawing traditional entrepreneurial capital

Our project is more than merely producing composite cylinders. It aims to create and distribute their production technology through the development of a network of cylinder manufacturing complexes around the world together with local partners.

It is the limited expansion of this technology that causes high prices for composite cylinders of type 4 and is a barrier to blocking their market promotion and replacing metallic cylinders.

Using blockchain and cryptocurrency alone we give our holders our tokens a unique opportunity to gain access to this high technology.

Each CCA argument holder will be able to convert them into shares of local composite cylinder production complexes that will be deployed all over the world to major markets.

In addition, it will be possible to exchange our own marks for the composite cylinders themselves or present them for purchase in accordance with the terms of the smart contract.

Thus, our offer is open and irreversible to all ICO participants, which is impossible in the framework of standard capital instruments in the corporate finance market.

Purchasing Mechanism

The argument buying mechanism is described in detail in the Project White Paper which can be read on the website.

Every month 30% of the revenue will be directed through the smart buy-back contract distributed on the ICO signs. When doing so, the marks will be eliminated.

As a result, such a policy will lead to the reduction of circulation currencies, thus securing a permanent increase in their value.

This represents a largely new approach with respect to ICO which is honest and understandable to investors to the maximum extent.

for more information visit:

wibesite: http://cylinders.io/

twitter: https://twitter.com/Cylinders_io

facebook: https://www.facebook.com/cylinders.io/

middle address: https://medium.com/@cylinders_io

Bitcointalk Profile ( feby2003 ) :