The present research is an experimental and numerical investigation on parametric study of vibration and buckling characteristics of industry driven woven fiber Glail.comss-Carbon/epoxy hybrid composite panels. The effects of lamination sequence on the natural frequencies of vibration and buckling strength of the hybrid panels were studied in this investigation. The panels are cast using hand lay-up technique. The vibration study is carried out using B&K FFT analyzer, accelerometer, and impact hammer excitation. The PULSE Lab software is used to convert the responses from time domain to frequency domain and obtain the Frequency Response Function (FRF). The FRF spectrum and the coherences are studied to obtain a clear understanding of the vibration characteristics of the specimens. Buckling tests are conducted using INSTRON 1195 to obtain the critical buckling load for various lamination sequences. The experimental results are compared with the numerical predictions using the FEM based software package ANSYS 13.0. A very good agreement was observed between the experimental and ANSYS results.

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Any algorithm can be analysed in terms of time and space, basically algorithms is a combination of sequence of finite steps to solve a particular problem. Sorting algorithms performs rearranging data in a certain order, either in ascending order or descending, Here we will discuss about Non-comparison based sorting algorithms, these algorithms make assumptions about the input. All elements of the input keys are required to fall within a range of constant length in order to ensure linear time complexity (ie O(n) ). While comparison based sorting algorithms are opposite of it these algorithms make no assumption about the input and so they are able to handle any case, while their time complexity varies according to input. Here in this paper we will review the performance and comparison between two most popular linear time sorting algorithm, Radix and Bucket Sort.

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Solid waste management is one in all the key environmental issues in our country currently a day. the current study covers the employment or recycled e-wastes as replacement of coarse aggregates in concrete. The most aim of the study is to analyze the amendment in mechanical properties of concrete with the addition of e-wastes in concrete. In conjunction with the mechanical properties, thermal characteristics of the resultant concrete is additionally studied. It is found that the employment of e-waste aggregates leads to the formation of light-weight concrete. The compressive, similarly as strength of concrete reduces with the introduction of e-wastes. The foremost necessary amendment led to by the employment of e-wastes is that the thermal conduction of concrete is reduced by victimization e-wastes in concrete. Therefore, it is often aforesaid that recycled e-wastes are often used for thermal insulation of buildings.

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Delay is the most common term in construction industry in India. Construction industry plays the vital role in the Indian economy. There are various reasons for the delay, from the last few decades researcher search the various techniques to analyses the delay. Delays in construction projects are quite expensive, sometimes they may result in sever damages to the involved parties. This dissertation focuses on study of core factor that are causing delays and analyzing the day to day records to minimize delay. But in India 2016, Indian construction industry has found that the delay reasons due to change in the system parameter, where it contains the various aspects to analyze the causes of delay. Indian government has announced the new law of GST, RERA (Real estate regulatory Authority) and demonetization it causes the dramatic change in the Indian construction industry. The current case study is undertaken on construction of new residential project in Pune. The project is construction of one residential building and is scheduled to complete in 12 months. The study is being conducted on various factors that were causing the delay in project.

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Mulching paper laying machine was developed to mechanize the conventional mulch paper laying .mulching paper roll is mounted on equipment main fame and soil covering assembly are mounted on frame structure as shown. Pulling arrangement for this machine is suitable for bull lock cart and also for tractor. Forces to be calculated for pulling as per soil density 2200 kg/m3 .This machine is to be developed as per cheap manufacturing cost and also to be portable for handling purpose and disassembling . Various parameter like soil temperature and Soil density is to consider from catalog.

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Multi level inverter is most commonly used in high power, high voltage application. Many topologies are invented for the use of multilevel inverter in drive application. In case of two level inverters, it needs high switching frequency to have a good quality output voltage due to which there are high switching losses. In order to overcome these losses the Multilevel inverter are invented. Although the conventional topologies have better performance efficiencies, but as we move towards higher voltage level the component count increases. Hence there has been an active interest in evolving new topologies. This paper presents a brief overview of such nine reduced component count topologies. There comparative analysis inters of component count is also presented comparing with conventional topologies.

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Everything which rotates needs a friction less surface or can say a bearing in machinery equipment. All machines with moving parts produce a signification amount of vibration and has a specific vibration signature related to the design and environmental condition of the machine. In case of variation occurs in machine vibration the vibration signature will also change and that change can be used to detect the fault before it came into the action. The condition monitoring technique used to get the continuous monitoring of the machine is based on identification of fault present in the system, its diagnosis and to found the probable root cause of the fault and assessing the level of severity of the fault and after verification suggesting the correction necessary correction in the system. This article displays a short survey of recent developments in bearing failure, wellsprings of vibration and vibration estimation procedures have been completed for improving the exactness and capacity of condition monitoring and forecast frameworks for bearing.

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This idea of implementation is to use renewable energy from environment for generating electricity from one of the renewable energy sources. The main problem in wireless senor nodes is to battery resources to main problem due to when one of the node is switch of due to battery resources in multi hope communication than network is fail to connect next node and information have been lost. Recharging the nodes without shutting down the network is very important for uninterrupted operation of the network and also to keep the network maintenance cost to a minimum. In this work we proposed a novel form of recharging of battery resource by using waste RF energy using multi energy, multipath architecture. Here we design multi hope architecture using multi energy multipath of data to achieve the best possible energy harvesting to recharge the network using RF waves. The resultant electrical energy is stored in a battery such that it can be used for charging of wireless sensor node battery resources. To achieve the equienergy distribution we propose a method in which the field nodes which are power rich not only receive energy from the power they also contribute energy to the weaker nodes. We call it as multi hop charging. In this study, we compared the multi hop charging with the single hop charging method.

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SYSNOISE is an FEM/BEM based computational acoustics program that allows users to input a geometry, impose boundary conditions, select environmental parameters, and solve the system of resulting equations in one, two or three dimensions. Once the system has been solved, a host of post-processing options are available to determine the various performance characteristics. Using command line code, it was possible to perform the calculations for all three methods, utilizing both FEM and BEM, and in both two and three dimensions. ACOUSTIC ANALYSIS IN SYSNOISE BY FEM: Purpose of FEM Acoustics module - Solve the Helmholtz equation inside internal Fluid domains - Method suited for interior noise - Radiation application can be handled with Infinite Elements - Acoustic modes of the fluid volume can be easily computed - Acoustic modal response can be quickly performed when modes are present - In FEM fluid the boundary conditions are always applied on the FACES of an element.

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Power system harmonics are a menace to electric power systems with disastrous consequences. The line current harmonics cause increase in losses, instability, and also voltage distortion. With the proliferation of the power electronics converters and increased use of magnetic, power lines have become highly polluted. Both passive and active filters have been used near harmonic producing loads or at the point of common coupling to block current harmonics. Shunt filters still dominate the harmonic compensation at medium/high voltage level, whereas active filters have been proclaimed for low/medium voltage ratings. With diverse applications involving reactive power together with harmonic compensation, passive filters are found suitable. Passive filtering has been preferred for harmonic compensation in distribution systems due to low cost, simplicity, reliability, and control less operation. The uncontrolled ac-dc converter suffers from operating problems of poor power factor, injection of harmonics into the ac mains, variations in dc link voltage of input ac supply, equipment overheating due to harmonic current absorption, voltage distortion due to the voltage drop caused by harmonic currents flowing through system impedances, interference on telephone and communication line etc. The circuit topologies such as passive filters, ac-dc converter, based improved power quality ac dc converters are designed, modeled and implemented. The main emphasis of this investigation has been on a compactness of configurations, simplicity in control, reduction in rating of components, thus finally leading to saving in overall cost. Based on thesis considerations, a wide range of configurations of power quality mitigators are developed, which is expected to provide detailed exposure to design engineers to choose a particular configuration for a specific application under the given constraints of economy and desired performance. For bidirectional power flow applications, the current source converter is designed and simulated with R-L load.

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The Internet of Things is considered as the fast emerging technology which will revolutionize many industries, homes, health centers, etc. IoT is compared to an ecosystem which consists of devices for computation, hardware, software, various physical entities, living beings interacting over network. IoT’s pervasive and ubiquitous nature arises many challenges in its existence. This article represents current challenges that mostly exist in IoT. Here, applications of IoT are also discussed which proves the relevance of IoT in vast number of areas. This article also describes few research directions of IoT.

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This paper discusses the importance of the Maillard reaction for food quality and focuses on flavour compound formation. The most important classes of Maillard flavour compounds are indicated and it is shown where they are formed in the Maillard reaction. Some emphasis is given on the kinetics of formation of flavour compounds. It is concluded that the essential elements for predicting the formation of flavour compounds in the Maillard reaction are now established but much more work needs to be done on specific effects such as the amino acid type, the pH, water content and interactions in the food matrix. It is also concluded that most work is done on free amino acids but hardly anything on peptides and proteins, which could generate peptide- or protein specific flavour compounds.

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Drawn out unplanned islanding-mode task can torment unfortunate destruction of utilitys assets and regarded monetarily unfruitful which results in bargaining security and workableness. Hence, this exploration exhibits differentiating elements in embracing either detached or dynamic islanding discovery methodologies dependent on chose inactive calculations; Over/Under Voltage nd Frequency identification (Passive) or Active Frequency Drift and Sandia Frequency Shift recognition (Active). Correlations of the proposed philosophies are introduced utilizing MATLAB/Simulink to see predominance and materialness in deciding the status of the lattices working mode. With we are apply a LC channel reality gadget VSC based controlling an islanding wonder. Examining of Time examination and counteractive action system in islanding mode.

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The recent upsurge in the demand of PV (AC/DC SMART GRID) systems is due to the fact that they produce electric power without hampering the environment by directly converting the solar radiation into electric power. However the solar radiation never remains constant. It keeps on varying throughout the day. The need of the hour is to deliver a constant voltage to the grid irrespective of the variation in multilevel inverter. We have designed a circuit such that it delivers constant and stepped up dc voltage to the load. We have studied the open loop characteristics of the PV array with variation in multilevel inverter levels.

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The assessment in outcome based learning is very vital and significant approach Toward measuring the student’s performance. There are many traditional methods existing in this context. The data mining is one of the intelligent computing methods which are having widely accepted features that enable the idea of its usage in Assessment. Much work has been done to measure the student performance by using Different methodologies and modern technologies. In this work, we have gone through the current datasets of students of the university and different classification methods of data mining are used to measure the accuracy of student performance. Based on the Analysis of the result, it has been concluded that accuracy and the other measures of SVM is more than the other classification methods.

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Banks are a conspicuous and imperative piece of the monetary framework in India. They are one of the greatest supporters of the development of the economy and advancement of the nation. Retail banking is a standout amongst the most natural segments of the business banking framework and is of most extreme significance to the overall population. It is a rising pattern that is viewed as a magnificent advancement in the financial part. Developing economies like India have profited breathtakingly because of this rising pattern of retail loaning. The consistently developing innovation is one of the primary purposes behind the development of this area. Retail banking happens at nearby offices of business banks. It must be noticed that it could essentially be a division of a bank that handles peoples general needs of setting aside and spending cash. This paper intends to give an outline of retail banking in India.

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The main objective of this project is to simulate the study of effect of optimized die angle on extrusion process using AFDEX and to eliminate the defect minimize the amount of scrap generated in an aluminum extrusion process to determine the parameters influencing on extrusion process. The analysis is done by varying die angle and constant billet temperature in order to optimize the load by keeping the parameters such as varying co-efficient friction, ram velocity in this CAD technique .The modeling was done using Solid edge and simulation process by AFDEX -2016 software. The material used for this process is Aluminum Alloy 6061.The parameters are chosen as varying Die-angle (30,45, and 60), constant billet temperature 480ï‚°C, constant die land length 5mm .The optimize load has occurred at Die angle 45ï‚°C and extrusion force as 4.828533E-01.

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Many multilevel inverter topologies have been proposed during the last three decades. Modern research has engaged novel inverter topologies and unique modulation schemes. Three different major multilevel inverter structures have been reported in the literature: cascaded H-bridges inverter with separate DC sources, diode clamped (neutral clamped) and flying capacitors (capacitor clamped). Multilevel inverters are utilized generally in the regular applications due to the high voltage capacity and it delivers the multilevel with low composition with least concern in the exchanging gadgets. Contrasted with the traditional single scaffold inverter the multilevel inverter lessens the music due to the multi exchanging. The multilevel inverter produces distinctive voltage levels by shifting the exchanging grouping of the inverter. As the conservative energy sources are demolishing, in the middle of consequent mount in cost, solar and wind energy offers a major substitute resource which is free from pollution also. This paper proposes an idea of using hybrid energy system with the multilevel inverter system.

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This paper shows operational amplifier based on cascoded transistor second stage which is very important stage for any operational amplifier. Cascoding increases the gain as well as reduces the channel length modulation problem with increase in output swing. With this operational amplifier, 75 dB of gain, 173 dB of CMRR, 98 MHz of UGB and 110 V/us of slew rate is achieved.

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The Internet of Things is considered as the fast emerging technology which will revolutionize many industries, homes, health centers, etc. IoT is compared to an ecosystem which consists of devices for computation, hardware, software, various physical entities, living beings interacting over network. IoT’s pervasive and ubiquitous nature arises many challenges in its existence. This article represents current challenges that mostly exist in IoT. Here, applications of IoT are also discussed which proves the relevance of IoT in vast number of areas. This article also describes few research directions of IoT. The homes are informed by the home monitoring database centers about their breach reported on the basis by sending reports to their phone or their emails. The Home Security monitoring data is aggregated on the servers and various types of algorithms are used for the Home Security data analysis.

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Today, water consumption is more increasing day to day due to increase population, and distribution of water is difficult task. Elevated water tank constructed for storing water for better convey in huge area. The paper describes, water tank constructed in same regions having different soil condition and columns. The cost of water tank is evaluated on basis of the soil condition, columns and different size of water tank and taking account of seismic and wind effect on the water tank evolved using by working stress method.

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Today, water consumption is more increasing day to day due to increase population, and distribution of water is difficult task. Elevated water tank constructed for storing water for better convey in huge area. The paper describes, water tank constructed in same regions having different soil condition and columns. The cost of water tank can evaluate on basis of the soil condition, columns and different size of water tank and taking account of seismic and wind effect on the water tank evolved using by working stress method.

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This study was aimed to determined the current status of river Gomti along the Lucknow stretch, which includes tests for temperature, pH value, total solids, total suspended solids, hardness, acidity, alkalinity, chloride, chlorine, jar test, BOD and DO. Rourkela is one of the most important industrial complexes in the state of Orissa which has Integrated Rourkela Steel Plant, a number of sponge iron industries, cement manufacturing unit, chemicals, explosives, ceramics and distillery units and large number of small and medium industries. A water quality standard is a rule or law comprised of the uses to be made of a water body or segment and the water quality criteria necessary to protect that uses. The average temperature, concentration of pH, turbidity, TDS (Total Dissolved Solids), TSS (Total Suspended Solids), DO(Dissolved Oxygen), BOD(Biochemical Oxygen Demand), total hardness, alkalinity and chloride are found to be 27.38 ⁰C, 7.37, 2.438 NTU, 156.8 mg/l, 2.653 mg/l, 42.156 mg/l, 3.6 mg/l, 8.65 mg/l, 102.3mg/l and 21. mg/l respectively. The results obtained from the water quality criteria parameter are within the drinking water standard. (IS: 10500).

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Construction plays a key role in economic development of a country. It is vital for growth on account of industrialization, urbanization, and infrastructure development. Construction sector is very diverse and unorganized in nature. Also most of the construction companies are small and medium scale enterprises. Efficient and sustainable supply chain management (SCM) is pivotal for the delivery of a successful project. However, the application of SCM in construction industry is still evolving. Purpose of present study is to examine the current practices of SCM used in the construction industry and identifying the risk factors of SCM in Construction projects. To fulfill these objectives questionnaire survey approach was adopted in which 35 respondents were involved. The construction industries lack in implementing Supply Chain Management (SCM) concept and develop models that support the decision-making and planning. This study will ensure the effective implementation of Supply Chain Management in Construction Industry.

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To obtain good quality concrete using recycled aggregate it is necessary to follow the minimum requirements defined by the respective Building Standards. Acceptable properties of aggregates are an elemental base for concrete quality; however adequate mix proportions and concrete production methods are highly important in concrete quality too. Recycled aggregates composed of original aggregates and adhered mortar. The physical properties of recycled aggregates depend on both adhered mortar quality and the amount of adhered mortar. The adhered mortar is a porous material; its porosity depends upon the w/c ratio of the recycled concrete employed. When structures made of concrete are demolished or renovated, concrete recycling is an increasingly common method of utilizing the rubble. Concrete was once routinely trucked to landfills for disposal, but recycling has a number of benefits that have made it a more attractive option in this age of greater environmental awareness and the desire to keep construction costs down.

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