Propelled Grid Stiffened(AGS) composite tube shaped shells are broadly utilized as a part of aeronautic trade. This investigation examines the clasping loads for different sorts of network structures of AGS composite round and hollow shells. The lattice structures are named Angle-framework, Iso-matrix, Kagome-network, Ortho-matrix, Orthotropic-matrix and the attributes had been broke down for every network write. In this investigation, the different kinds of network structure were planned that weight of the entire structure keeps a consistent. Under the state of consistent weight, outline factors, for example, matrix point, number of the network, h/t proportion of the framework were controlled, and clasping heaps of the lattice structures were broke down. The outcomes were investigated for each kind of framework and each outline variable of the structures. This examination was performed through limited component technique and the precision of the investigation was confirmed by past investigations. At long last, clasping modes were broke down with the thickness of the skin. The determination for the most proper plan factors had been checked for every framework compose and the outcome can be connected to the streamlining of network structure outline, and is additionally exceptionally accommodating for lessening the computational cost and getting enhancement esteems all the more precisely.
Its designation is to be used in industrial, as well as in home applications. A cylinder, which is made of composite materials, combines high quality, safe usage and excellent 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 widely replaced with composite ones, and there are some obvious reasons — the metal cylinders have a rather considerable weight and are vulnerable to corrosion. Composite cylinders are lightweight, they are composed of fiberglass / carbon fiber and advanced polymers. In addition, it has a laminated pattern of a destruction during the explosion.
We have developed our project Composite Cylinders Advanced with the aim to organize safe production of polymer cylinders of 4 type in the Czech Republic. Gas cylinders which we have developed, will exceed by its parameters all existing analogues on today’s market. In addition, they will have a competitive price. Today we are introducing our project on the ICO with the aim of raising funds for its implementation.
Composite Cylinders Advanced is the world’s first financial investment blockchain project that combines advanced technologies in the field of finance and one of the most highly demanded products in the world market of industrial cylinders of type 4 for CNG, LPG and industrial gases from modern composite materials.
The aim 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 polymer materials.
Decentralized direct investment in the project will be through the purchase of tokens. It is the “decentralization” of tokens that should ensure the independence of the project.
The rationale of the project is to develop and create production of ultralight, composite gas cylinders of type 4, surpassing the existing analogues in terms of technical parameters, competitive at cost, technological for assembly in batch production.
First of all, we are talking about a project with a quick payback, moderate risks and a strong background of professional experience. The team of the project has expertise and experience in the field of design and construction of composite materials and has everything necessary for the implementation of the project.
ССА emit own cryptocurrency instead of attracting traditional venture capital
Our project is more than just manufacture of composite cylinders. It is aimed at creation and distribution of their production technology through developing a network of composite cylinders production complexes around the world together with local partners.
It is limited expansion of this technology which causes high prices for type 4 composite cylinders and is a stop-factor blocking their promotion in the market and replacement of metal cylinders.
Using the blockchain and own cryptocurrency we give holders of our tokens a unique opportunity to gain access to this high technology. Each holder of CCAtokens will be able to convert them into shares of local composite cylinders production complexes which will be located all over the world near the main markets.
In addition, it will be possible to exchange our tokens for the composite cylinders themselves or to present them for buy-back in accordance with the terms of the smart contract.
Thus, our offer is open and irrevocable for all ICO participants which is impossible within the framework of standard capital instruments in the corporate finance market.
Buy-back mechanism
Mechanism of buy-back of tokens is described in details in White Paper of the project which can be read on the website. Every month 30 % of the revenue will be directed through smart contract to buy-back of distributed at ICO tokens. When doing so tokens will be eliminated.
As a result, such a policy will lead to reduction of coins amount in circulation, thus ensuring permanent rise in their value. This represents a principally new approach in regard to ICO which is honest and understandible for investors to the maximum extent.
for more information visit: http://cylinders.io/
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Author: https://bitcointalk.org/index.php?action=profile;u=1011357
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