The creation and application of technology to monitor and control the production and delivery of products and service in casting foundries has gained importance and are necessary to sustain in competitive market conditions. Setup of the industries as applied to casting foundries need timely setup and changes to cope up with the increasing demand from the customers as foundries have great demand for the products , in numerous fields. In this work various parameters of importance are improved by employing shell mould process for the production of the castings which were previously produced by green sand mould process. Parameters considered in this work are to achieve overall productivity of castings. In this regard delivery of castings, reducing rate of rejection, improving the yield, methods to improve quality etc, plays an important role. Accordingly work to achieve all these, without forgetting cost and economical considerations to get greater profit is done. Apart from these, to sustain in the market, customer is required to be satisfied with the product produced. In this regard work has been carried out which is towards getting more demand for the product. And also manual work is reduced by employing the machineries, which brings many changes in foundry and hence towards automation.

The objective of this paper is to clarify the ideas, info and steps to make a chic hybrid application that may perform transactional and analytical operations in real time, improved performance, simplified design by victimization based mostly internet service and supply a responsive user friendly interface for this ERP application. This cannot be achieved by one technology, however by the convergence of the new technologies mentioned within the paper. One of the core elements of SAP HANA XS is to produce http(s) access to the underlying knowledge among SAP HANA by investment open technologies like OData, REST, JavaScript and HTML5. We’ll discuss examples on a way to expeditiously expose the Hana knowledge read victimization open standards like REST, OData, JSON and to render the result among a HTML computer program victimization SAPUI5

The primary purpose of a culvert is to convey surface water across the roadway, railroad or other embankments. In addition to the hydraulic function, a culvert must also support the embankment and roadway for traffic conveyance, and protect the traveling public and adjacent property owners from flood hazards to the extent practicable and in a reasonable and prudent manner. In the coastal region a highway is crossing through many hydrologically important locations, and consists of several pipe and box culverts. The road is passing through a natural drainage. In the present study, an attempt has been made for the hydraulic design of a culvert for the drainage area in the coastal region.

Cloud computing refers to applications and services provides over the web. These services square measure offered from information centers everywhere the world. That conjointly square measure said because the cloud. In existing system the cloud storage show to securely, efficiently and flexibility share data with others. In existing system public-key cryptosystem produce that constant size of cipher text, Such that efficient delegation of decryption right for any set of cipher text are possible. But in the existing system limited number of public-key is used. In proposed system, need to overcome the limited number of public-key. Proposed system expand the bit level of public-key to access the number of users to share efficiently in cloud storage using the method called leakage-resilient cryptosystem.

Earthquakes around the world are single-handedly responsible for the destruction to life and property in large numbers. In order to mitigate such hazards, it is important to incorporate norms that will enhance the seismic performance of structures. The overall aim of the present study is to know and understand the behavior of certain structures under seismic activity and how different parameters affect retrofitted structures. It may be achieved by adopting one of the following strategies- - By reducing the seismic demands on members and the structures as a whole - By increasing the member capacities.