In conventional methods Retaining Walls are analyzed either by Rankine's Theory, Coulomb's Wedge Theory, Rebhann's Graphical Method or Culman's Graphical Method. In this study we have tried to make the analysis using different technique used in Fluid Mechanics i.e. 'Dimensional Analysis'. For this we have used 'Experimental Study on Earth Pressure of Retaining Wall by Field Tests' and using this data as control point we have derived new equation for analysis. The results of Experimental Study and Dimensional Analysis are compared and it can be stated that it is possible to formulate a DA for...
In conventional methods Retaining Walls are analyzed either by Rankine's Theory, Coulomb's Wedge Theory, Rebhann's Graphical Method or Culman's Graphi...
The brick manufacturing sector in India is the second-largest producer globally, following China, with an estimated annual production of 140 billion bricks. However, this industry significantly impacts the environment, consuming approximately 24 million tons of coal and biomass, emitting an estimated 41.6 million tons of CO2, and depleting around 350 million tons of fertile topsoil each year. Despite these environmental challenges, the brick industry remains a crucial component of the Indian economy and cannot be entirely phased out. Consequently, ongoing research focuses on developing...
The brick manufacturing sector in India is the second-largest producer globally, following China, with an estimated annual production of 140 billion b...
Compressive strength is widely recognized as the most critical property of cement. However, conventional testing methods require a waiting period of 7 to 28 days to obtain compressive strength results, posing a significant limitation in time-sensitive applications. To address this challenge, this research presents a dimensional analysis-based approach for predicting the 28-day compressive strength of cement within 24 hours.This method employs a modified Buckingham-Pi theorem to derive a general equation using only two experimental data points. A novel trial-and-error procedure is introduced,...
Compressive strength is widely recognized as the most critical property of cement. However, conventional testing methods require a waiting period of 7...
Die indische Ziegelindustrie ist mit einer geschätzten Jahresproduktion von 140 Milliarden Ziegeln nach China der zweitgrößte Hersteller weltweit. Dieser Industriezweig hat jedoch erhebliche Auswirkungen auf die Umwelt: Er verbraucht etwa 24 Millionen Tonnen Kohle und Biomasse, stößt schätzungsweise 41,6 Millionen Tonnen CO2 aus und verbraucht jedes Jahr rund 350 Millionen Tonnen fruchtbaren Mutterboden. Trotz dieser Umweltprobleme ist die Ziegelindustrie nach wie vor ein wichtiger Bestandteil der indischen Wirtschaft und kann nicht vollständig abgeschafft werden. In dieser Studie wird...
Die indische Ziegelindustrie ist mit einer geschätzten Jahresproduktion von 140 Milliarden Ziegeln nach China der zweitgrößte Hersteller weltweit. ...
Le secteur de la fabrication de briques en Inde est le deuxième producteur mondial, après la Chine, avec une production annuelle estimée à 140 milliards de briques. Cependant, cette industrie a un impact significatif sur l'environnement, consommant environ 24 millions de tonnes de charbon et de biomasse, émettant environ 41,6 millions de tonnes de CO2, et épuisant environ 350 millions de tonnes de terre arable fertile chaque année. Malgré ces défis environnementaux, l'industrie de la brique reste un élément crucial de l'économie indienne et ne peut être entièrement supprimée....
Le secteur de la fabrication de briques en Inde est le deuxième producteur mondial, après la Chine, avec une production annuelle estimée à 140 mil...
