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Explain about the pedestals as construction engineering.
Introduction of pedestals enables the construction engineers to make up levels to supply larger bearing areas to the foundations and to provide enough development length for reinforcements.
The pedestal can be designed either as reinforced or a plain pedestal. When the stress on top of the pedestal is less than 0.45fck (A1/A2), no steel is theoretically required. However it is advisable to have at least 0.4 percent of the area of the pedestal as nominal longitudinal steel with 12mm laterals binding them together as in columns. When the stress on the base is greater than 0.45fCk (A1/A2) reinforcements have to be provided either by extending the longitudinal bars from the column into the base or by means of dowels from base to column.
RC.C. Pedestal
Characteristics of Adhesives and Adhesive Joints While an adhesive joint is created this has to show individual or several of given properties. (a) Mechanical strength again
plate jig
Internal Energy (U): It is the energy possessed by the system on account of its configurations, and motion of atoms and molecules. Not like potential energy and kinetic energy
Q. Factors in the design of high temperature materials? There is typically little correlation between room temperature strength and high temperature strength of creep-resistant
Consider fully developed laminar flow with constant properties in a circular tube. Let there be heat transfered to or from the fluid at a constant rate per unit of tube length.Ad
Illustrates about the need for reinforcement? NEED FOR REINFORCEMENT Concrete is economical and durable and is currently universally utilized for footings. Plain concrete is
The following data is provided for belt transmission dynamometer as shown in figure, NA = 400 r.p.m., DA = 750 mm, DB = DC = DD = 250 mm, L = 800mm, Power = 8KW. Determine :- Th
What are the approaches to the design of retaining walls? The approach to the design of retaining walls can be started as follows: a. Chosse a trial dimension of the wall
CO 2 WELDING CO 2 welding is one of the variations of t he GMAW (Gas Met al Arc Welding) process which is now used for welding most structural and alloy steels. The operating
Schedule Evaluation Each continuations of a partial schedule that are produced in step 1 are ranked as per to their respective cost function. This cost function might be dissim
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