Value Proposition Offered Though the products designed & manufactured by Everlast composites Pvt. Ltd. are costlier than the substitutes that are available in the market. But in the long run, if we look at the value proposition that is being offered are more than enough to substantiate the fact that the purchasers should go for this new product being developed at Everlast. Some of them are mentioned below- 1) Corrosion resistance: Composites resist damage from the weather and from harsh chemicals that can eat away at other materials. Everlast products will be good choices where chemicals are handled or stored.
MR fluids require small voltages and current, while ER fluids require very large voltage and very small currents. According to the experts, MR fluids have become a widely studied “smart” fluid due to its less consumption of energy. The fluid that is transferring from top to bottom or from bottom to top must pass through the MR valve. The MR valve is fixed size orifice with ability to apply a magnetic field to the orifice volume. This magnetic field changes the viscosity of MR fluid, which will cause change in flow rate.
Better design flexibilities than mast truss and also needs less maintenance compared to it. Next type is glass fin. It is more expensive, more transparent, less design flexibility and needs less maintenance compared to cable truss. Grid shell is another variety. It is more expensive, better transparency, more flexibility of designs and demands lesser maintenance than glass fin.
Such intermetallics region has improved the bonding strength and high tensile strength compared to direct bonding. Though the binary phase diagram of Cu-Ti indicates the occurrence of various Cu-Ti intermetallic phases with increasing Cu content, the low melting point of copper encourages improved contact area in the mating surfaces. The nature and the localization of intermetallic phases in these welds have been studied by EDS, XRD and micro hardness measurements. The local accumulation of Cu3–Ti and Fe30CuMn30 based phase is less detrimental to the strength of the welds, which makes joining possible
This structural distortion is usually due to changes in temperature as well as the tilt angle δ. Quartz type FePo4 sees great increase in cell parameters and cell volume of α phase and non linear rise with respect to changes in temperature. Main factors affecting thermal expansion includes angular variation which happens due to changes in symmetrically - independent intertetrahedral Fe-O-P bridging angles as well as the tilt angles. Therefore, the degree of the temperature affecting thermal expansion is comparable to extent of temperature affecting the tilt angle. The Landau- type model can be used to demonstrate the temperature dependence of this
As there is scarcity of conventional aggregates, it is useful to replace natural aggregates with waste foundry slag as it is a cheap material as compared to conventional aggregates and also saves water and energy in addition to reduction in green house gas emission. Foundry slag concrete is a green material and highly durable, it can be used to construct energy efficient buildings. Use of waste foundry slag in concrete may assist to attain LEED credits by green building council for new
(A.Kamal et al.,2003) PROBLEM STATEMENT The problem was to determine the effect of structural dynamics modification on reducing vibration of BIW structure. How the experimental and computational method was carried out to identify this problem? What are the factors contributes due to the resonance on BIW structure? How to modify the structure to reduce vibration and to improve the strength? SIGNIFICANT/CONTRIBUTION OF STUDY Potentially this research would assist in the development of a finite element model of the BIW structure.
This is because the effect of viscosity relative to inertia which can represented by Reynolds number, the flow of fluid may be either laminar or turbulent. Heat transfer of heat exchanger will also be affected by viscosity as the heat transfer coefficient is related to flow of fluid  . Next, viscosity is important as its measurement are made in conjunction with product quality and efficiency. This can be seen in selection of pump as viscosity levels have obvious impact on pump type selection, efficiency, head capacity and warm-up. The power requirements for the pump increase due to high-viscosity liquids decrease a centrifugal pump’s efficiency and head performance .
With the increasing demands for the durability, reliability, safety, and serviceability of structures, the vibration control theory and practices are leading for more and more concentration in civil engineering structures with a lot of practice being executed on current infrastructures such as high rise buildings, off-shore platforms and long span suspension bridges. As we know vibration means mechanical oscillations about an equilibrium point. The oscillation can be cyclic or non-cyclic. The control of vibrations is necessary for machines, space shuttle, aircrafts, ships floating on water etc. With the innovations in engineering the vibration reduction technique has found its way to civil engineering and infrastructure field.
Concrete - a composite material consisting of a proportionate mix of water, cement, sand and stone (aggregate) is the most widely used building material in the construction industry globally. It is the inherent mechanical properties of concrete which makes it such favourable building material. When concrete is freshly made, it can be placed, compacted and finished with relative ease without the segregation of the individual materials. When concrete sets and hardens, it becomes a durable stone-like material which increases in strength over time. In addition to its inherent mechanical properties, concrete is also cost effective in relation to its strength compared to other construction materials.