IOP Conference Series: Materials Science and Engineering, 2021
Diagrid framework has arisen as an inventive underlying framework with a stylish view in the plan... more Diagrid framework has arisen as an inventive underlying framework with a stylish view in the plan of tall structures. In this investigation, seismic execution of 15-story diagrid structures with fluctuating points are assessed utilizing reaction range examination Further more in request to assess the impact of diagrid center on conduct of designs. Actually diagrid essential system is gotten in tall constructions on account of its basic usefulness and versatility in plan organizing. Stood out from solidly scattered vertical areas in illustrated chamber, diagrid structure includes skewed sections outwardly surface of building. Because of slanted sections horizontal burdens are opposed by hub activity of the askew contrasted with twisting of vertical segments in customary construction. Plan and development of counterfeit foundation on the lines of biomicking standards require the improvement of exceptionally advance primary framework which has the characteristics of style articulation,...
IOP Conference Series: Materials Science and Engineering, 2021
In these project Polyethylene terephthalate fiber (PET) fibers are use to improve the mechanical ... more In these project Polyethylene terephthalate fiber (PET) fibers are use to improve the mechanical property of concrete and minimize the environmental pollution of earth. PET is use to prepare container for water, cold drinks, food etc. which is single used and it thrown in to the sea, dump on free land and burning. It cause many serious effect on animals, sea animals, destroy land fertility and other health related issues. The PET material are used to improve mechanical property of concrete like compressive strength, dry and wet density and static and dynamic elastic modulus. Thus fibers are available in natural and artificial material. Now a days, artificial fibers are widely used in India. The types of fibers are plastic fibers, glass fibers, steel fibers etc. In India according to solid waste management data is 15,350 tons daily and 1,84,120 tons annually generate, but only 9,350 tons daily and 1,12,120 tons annually collected. So the uncollected data is that about 6000 tons daily...
Recently SODIS is looked upon as a potential alternative for disinfecting low strength grey water... more Recently SODIS is looked upon as a potential alternative for disinfecting low strength grey water for inactivation of microorganisms with research mainly focused towards enhancement of inactivation efficiency. The present study was aimed to enhance inactivation efficiency of SODIS through gaining relatively higher temperature by introducing aluminum foil reflectors (reflective rear surface). Investigation were carried out at a constant flowrate 135 ml/min, varying turbidity (30, 25, 20, 15 and 10 NTU) and radiation intensity 550.55 ± 26.55 W/m 2 at glass tubes of SODIS treatment unit inclined at 45 o. At the end of the contact time of 8hours, about average 21.53 % gain of temperature was obtained with reflective rear surface and the inactivation efficiency was about 36.54% for Escherichia Coli (E Coli), 60.62% for Feacal Coliform (F C) and Total Coliform (TC) for 57.58% when absorptive rear surface was kept and 77.54% for E.Coli, 94.79 % for FC and 94.64 % for TC when reflective rear surface was kept. Overall enhancement in inactivation efficiency of 41%, 34.17% and 37.06 % for E.Coli, FC and TC were obtained respectively when aluminum foil was used as reflective rear surface.
The moving bed bio-film reactor (MBBR) is the promising technology for the biological treatment o... more The moving bed bio-film reactor (MBBR) is the promising technology for the biological treatment of domestic as well as the industrial wastewater. Interestingly, the technology has the considerable scope to reduce the operation and maintenance cost with better efficiency. The attached growth system is suitable for the treatment of domestic wastewater which is rich source of organic matter as well as nutrients in the form of nitrate and phosphate. The attached bio-film is responsible for the biodegradation of the organic matter which remains in continuous suspension form under the aerobic condition. The subsidiary carrier filling rate and higher wastewater flow rate is responsible for the detachment of bio-film formed on the carriers. The present study was aimed to enhance the performance of reactor while treating the domestic wastewater. The continuous flow reactor is operated at constant organic loading rate and carrier filling rate with varying HRT. The experiments carried out for the varying HRT range of 24 hrs and 48 hrs shows varying BOD and COD removal efficiencies up to 90% and 95% respectively. Also, the TSS and TDS removal efficiency is seen up to 65% and 40% respectively.
The major forces that acts on any structure and which can be the cause of major disasters are ear... more The major forces that acts on any structure and which can be the cause of major disasters are earthquake and wind. Many researches all over the globe found that tall structures are more vulnerable to disasters as compared to smaller structures And are the major sources of social, environmental degradation after disaster. To minimize the effect of these major forces mentioned above we need to develop such techniques to make structures more resistant thereby minimizing the damage to the society and minimize environmental degradation. For any structure which is going to be constructed strength should be given outmost importance. Advances in development innovation, materials, underlying frameworks and insightful techniques for investigation and configuration worked with the development of tall structures. Underlying model of tall structures is represented by sidelong loads because of wind or quake. Parallel burden opposition of design is given by inside underlying framework or outside p...
IOP Conference Series: Materials Science and Engineering, 2021
Tremors are called one in everything about preeminent erratic and annihilating of every cataclysm... more Tremors are called one in everything about preeminent erratic and annihilating of every cataclysmic event, be that as it may, the flighty idea of the incidence of those seismic tremors makes it inconvenient to hinder loss of living souls and annihilation of properties, if the constructions don’t seem to be designed to oppose such seismic tremor powers. During this paper, a shot has been made to review set up irregularities specifically torsional irregularity and re-entrant corners within the frame structure. These inconsistencies square measure made according to IS 1893:2016 (part1) code. Irregular model and regular model were considered which were analyzed exploitation ETABS 2018 to see the unstable reaction of the structure. The models were analyzed exploitation static and dynamic ways, parameters thought-about being displacement, storey drift, torsional irregularity.
The main problem in the real world is to determine whether an image is forged or not. Any alterat... more The main problem in the real world is to determine whether an image is forged or not. Any alteration in an original image in bad faith is called image forgery. Copy–Move (region duplication) is a common attack in which at least one part of an image is copied and pasted onto another area of the same image to add or remove an object. Detection methods use either block-based methods, or point-based methods. Here we propose a novel copy-move forgery detection scheme that can accurately localize the tampered regions. A new interest point detector is proposed in which the detected key points adaptively cover the entire image, even low contrast regions, based on the uniqueness metric. An adaptive matching is performed to find the similar key points. Moreover, a new filtering algorithm is utilized, which can effectively remove the falsely matched regions. Then the whole procedure is iterated regarding the prior information.
In present study Kudwa and Katangi-kala village's Water Distribution Network (WDN) was design... more In present study Kudwa and Katangi-kala village's Water Distribution Network (WDN) was designed which were located at district Gondia, State Maharashtra, India. For the design of Kudwa and Katangi-kala water distribution network study of present population, forecast population for the three decade, daily water demand, flow and also survey of both the villages were done with the help of DGPS (Digital Global Positioning System). From the survey a road map was created and also elevations, length of both the villages were calculated. The flow was calculated to the help of elevation and length. The node no. and pipe no. was denoted on the road map of both the villages. Water Distribution Network of both the villages was designed with the help of branch and loop software and compared with manually result. It was found that software result were more accurate , save time and manpower than manual result.
Uncontrolled growth of the urban population in developing countries in recent years has made soli... more Uncontrolled growth of the urban population in developing countries in recent years has made solid waste management an important issue, so the system for collection of solid waste thus constitutes an important component of an effective solid waste management system. In present study describes an attempt is made to design and develop an appropriate collection plan by Geographical Information System (GIS) software for the Laxmi Nagar at Nagpur, a Orange city in Maharashtra, India. A GIS optimal routing model was designed for efficient collection path for municipal solid waste to minimum time, labour, distance efficient collection paths for the solid wastes. A present study is also aimed to proposed location of community BIN. The total cost of the proposed collection systems is estimated to be around 3,52,225 rupees for the annual operating cost of municipal solid waste collection. A substantial amount 4,03,200 rupees is currently being spent by Nagpur Municipal Corporation (NMC )on wa...
Plastic waste which are frequently used in our daily life for various purposed accounts for a lea... more Plastic waste which are frequently used in our daily life for various purposed accounts for a leading waste in today's Era. Indian agriculture is also based on plastic like pipes, pump and other agriculture equipments which contributes in total solid plastic waste. This waste plastic can be reduce, recycled and reused to avoid land pollution, water pollution and air pollution. Natural river bed sand resources are being consume from the various sources and Indian government has press control on the use of natural sand from the rivers. As an alternative to natural sand is artificial sand but again it is obtained from crush rocks. These rocks are also our natural assets. Hence, Using waste plastic as an alternative.Important reuse of plastic can be in form of fine aggregates. Waste plastic generated could be crushed and grinded and used partially replacement with the fine aggregates. The current study target to proper utilisation of waste polypropylene as partially replacement to fine aggregate in concrete mix beyond 20%. The present analysis looks at replacement of fine aggregate with plastic waste by 20%, 25% and 30%. Our aim to study the behaviour of concrete with recycled waste plastic as in cubes, cylinders and beams are cast. The properties of concrete using recycled plastic waste are thus established by experimental analysis.
Tropical country like India can use an alternative disinfection option to utilize solar energy fo... more Tropical country like India can use an alternative disinfection option to utilize solar energy for disinfecting grey before reuse. This study was aimed to conduct experiments to examine the impact of turbidity (75NTU, 50NTU and 30 NTU). This experiments were carried to inactivate EC (Escherichia Coli), FC (Feacal Coliform) and TC (Total Coliform) at different flow-rate (33.4, 44.3, 66.8, 135, 268 and 555 ml/min) by solar radiation intensity. It was observed that as turbidity and flow-rate as goes on decreasing inactivation of bacteria goes on increasing.
Present study is aimed to investigate combined effect of thermocol waste and thinner waste[T&T] i... more Present study is aimed to investigate combined effect of thermocol waste and thinner waste[T&T] in concrete. These waste materials that are generated from automobile industrycontainThermocol also. Thermocol waste and thinner waste was mixed with ordinary Portland cement (OPC),sand, aggregate and water to form thermocol-thinner concrete[TTC]. Nine specimen blocks of size 150mm x 150mm x 150mm for each control concrete and TTC for different ratios(1%,2%,3% and 4%) are prepared.The main findings of this investigation reveal that the mixture of waste thermocol and waste solvent as admixture could be used successfully as in concrete composites.The study involvecomparison between control concrete and TTC replacement ratios of 1%,2%,3% and 4% of thermocol-thinner [T&T] in controlconcrete mix at a water-tobinder ratio of 0.40. Initial setting time, final setting time and workability are determined for control concrete and TTC. In addition, cubes of control concrete and TTC were tested after 7,14 and 28 days curing for compressive strengths.
In steel structure design the Pre-engineering building (PEB) system is a modern technology that p... more In steel structure design the Pre-engineering building (PEB) system is a modern technology that provides economical, eco-friendly and sustainable structures. Whereas before the establishment of the PEB system in steel structure construction conventional steel building (CSB) system is used which is provide time-consuming, costly design. The CSB is costly due to more consumption of steel because of using a uniform cross-section of the hot-rolled section throughout the member length. However, based on the loading effect built-up section used in PEB and only bolted connections are provided at the construction site. PEB consuming less time and provides lightweight design and it is advantageous over CSB when the span is large and column-free space required. The design and manufacturing of structure members are done at plant and later its conveyed to the construction site and the erection process will take place. In this paper, a G+3 industrial warehouse is designed and analyzed as per Indian standard code IS 800-2007 (LSM).The analysis of warehouse building was carryout by using STADD-pro software. In this paper, the comparison is also made between Pre-engineered building (PEB) and Conventional steel building (CSB). The CSB is design and analysis by IS 800:2007 (LSM). The objective of this paper is to discuss the most economical frame in terms of tonnage and the possible reason for the variation of results. The comparative study is also done for the hot-rolled section used in CSB and cold-formed purlins used in PEB.
IOP Conference Series: Materials Science and Engineering, 2021
Earthquake events are not something which can be avoidable. The Indian subcontinent has a backgro... more Earthquake events are not something which can be avoidable. The Indian subcontinent has a background marked by devasting quakes. Quakes are generally caused when the stone underground out of nowhere breaks along an issue. Ground shake is caused by seismic waves due to sudden release of energy. The Centre of earthquake vibration is known as epicentre. Due to earthquake millions of lives are lost which can never be affordable. Most of the structures are subjected to vibrations; it causes destruction of country’s infrastructure. In the recent earthquakes many well designed concrete structures have been severely damaged or collapsed. To protect structures from response reduction of structures and important harm under such serious earthquakes has become a vital theme in structural engineering. In this investigation, we evaluated seismic performance of staging system of elevated water storage tank with or without Base Isolation by using SAP2000. From this examination the powers following ...
IOP Conference Series: Materials Science and Engineering, 2021
Diagrid framework has arisen as an inventive underlying framework with a stylish view in the plan... more Diagrid framework has arisen as an inventive underlying framework with a stylish view in the plan of tall structures. In this investigation, seismic execution of 15-story diagrid structures with fluctuating points are assessed utilizing reaction range examination Further more in request to assess the impact of diagrid center on conduct of designs. Actually diagrid essential system is gotten in tall constructions on account of its basic usefulness and versatility in plan organizing. Stood out from solidly scattered vertical areas in illustrated chamber, diagrid structure includes skewed sections outwardly surface of building. Because of slanted sections horizontal burdens are opposed by hub activity of the askew contrasted with twisting of vertical segments in customary construction. Plan and development of counterfeit foundation on the lines of biomicking standards require the improvement of exceptionally advance primary framework which has the characteristics of style articulation,...
IOP Conference Series: Materials Science and Engineering, 2021
In these project Polyethylene terephthalate fiber (PET) fibers are use to improve the mechanical ... more In these project Polyethylene terephthalate fiber (PET) fibers are use to improve the mechanical property of concrete and minimize the environmental pollution of earth. PET is use to prepare container for water, cold drinks, food etc. which is single used and it thrown in to the sea, dump on free land and burning. It cause many serious effect on animals, sea animals, destroy land fertility and other health related issues. The PET material are used to improve mechanical property of concrete like compressive strength, dry and wet density and static and dynamic elastic modulus. Thus fibers are available in natural and artificial material. Now a days, artificial fibers are widely used in India. The types of fibers are plastic fibers, glass fibers, steel fibers etc. In India according to solid waste management data is 15,350 tons daily and 1,84,120 tons annually generate, but only 9,350 tons daily and 1,12,120 tons annually collected. So the uncollected data is that about 6000 tons daily...
Recently SODIS is looked upon as a potential alternative for disinfecting low strength grey water... more Recently SODIS is looked upon as a potential alternative for disinfecting low strength grey water for inactivation of microorganisms with research mainly focused towards enhancement of inactivation efficiency. The present study was aimed to enhance inactivation efficiency of SODIS through gaining relatively higher temperature by introducing aluminum foil reflectors (reflective rear surface). Investigation were carried out at a constant flowrate 135 ml/min, varying turbidity (30, 25, 20, 15 and 10 NTU) and radiation intensity 550.55 ± 26.55 W/m 2 at glass tubes of SODIS treatment unit inclined at 45 o. At the end of the contact time of 8hours, about average 21.53 % gain of temperature was obtained with reflective rear surface and the inactivation efficiency was about 36.54% for Escherichia Coli (E Coli), 60.62% for Feacal Coliform (F C) and Total Coliform (TC) for 57.58% when absorptive rear surface was kept and 77.54% for E.Coli, 94.79 % for FC and 94.64 % for TC when reflective rear surface was kept. Overall enhancement in inactivation efficiency of 41%, 34.17% and 37.06 % for E.Coli, FC and TC were obtained respectively when aluminum foil was used as reflective rear surface.
The moving bed bio-film reactor (MBBR) is the promising technology for the biological treatment o... more The moving bed bio-film reactor (MBBR) is the promising technology for the biological treatment of domestic as well as the industrial wastewater. Interestingly, the technology has the considerable scope to reduce the operation and maintenance cost with better efficiency. The attached growth system is suitable for the treatment of domestic wastewater which is rich source of organic matter as well as nutrients in the form of nitrate and phosphate. The attached bio-film is responsible for the biodegradation of the organic matter which remains in continuous suspension form under the aerobic condition. The subsidiary carrier filling rate and higher wastewater flow rate is responsible for the detachment of bio-film formed on the carriers. The present study was aimed to enhance the performance of reactor while treating the domestic wastewater. The continuous flow reactor is operated at constant organic loading rate and carrier filling rate with varying HRT. The experiments carried out for the varying HRT range of 24 hrs and 48 hrs shows varying BOD and COD removal efficiencies up to 90% and 95% respectively. Also, the TSS and TDS removal efficiency is seen up to 65% and 40% respectively.
The major forces that acts on any structure and which can be the cause of major disasters are ear... more The major forces that acts on any structure and which can be the cause of major disasters are earthquake and wind. Many researches all over the globe found that tall structures are more vulnerable to disasters as compared to smaller structures And are the major sources of social, environmental degradation after disaster. To minimize the effect of these major forces mentioned above we need to develop such techniques to make structures more resistant thereby minimizing the damage to the society and minimize environmental degradation. For any structure which is going to be constructed strength should be given outmost importance. Advances in development innovation, materials, underlying frameworks and insightful techniques for investigation and configuration worked with the development of tall structures. Underlying model of tall structures is represented by sidelong loads because of wind or quake. Parallel burden opposition of design is given by inside underlying framework or outside p...
IOP Conference Series: Materials Science and Engineering, 2021
Tremors are called one in everything about preeminent erratic and annihilating of every cataclysm... more Tremors are called one in everything about preeminent erratic and annihilating of every cataclysmic event, be that as it may, the flighty idea of the incidence of those seismic tremors makes it inconvenient to hinder loss of living souls and annihilation of properties, if the constructions don’t seem to be designed to oppose such seismic tremor powers. During this paper, a shot has been made to review set up irregularities specifically torsional irregularity and re-entrant corners within the frame structure. These inconsistencies square measure made according to IS 1893:2016 (part1) code. Irregular model and regular model were considered which were analyzed exploitation ETABS 2018 to see the unstable reaction of the structure. The models were analyzed exploitation static and dynamic ways, parameters thought-about being displacement, storey drift, torsional irregularity.
The main problem in the real world is to determine whether an image is forged or not. Any alterat... more The main problem in the real world is to determine whether an image is forged or not. Any alteration in an original image in bad faith is called image forgery. Copy–Move (region duplication) is a common attack in which at least one part of an image is copied and pasted onto another area of the same image to add or remove an object. Detection methods use either block-based methods, or point-based methods. Here we propose a novel copy-move forgery detection scheme that can accurately localize the tampered regions. A new interest point detector is proposed in which the detected key points adaptively cover the entire image, even low contrast regions, based on the uniqueness metric. An adaptive matching is performed to find the similar key points. Moreover, a new filtering algorithm is utilized, which can effectively remove the falsely matched regions. Then the whole procedure is iterated regarding the prior information.
In present study Kudwa and Katangi-kala village's Water Distribution Network (WDN) was design... more In present study Kudwa and Katangi-kala village's Water Distribution Network (WDN) was designed which were located at district Gondia, State Maharashtra, India. For the design of Kudwa and Katangi-kala water distribution network study of present population, forecast population for the three decade, daily water demand, flow and also survey of both the villages were done with the help of DGPS (Digital Global Positioning System). From the survey a road map was created and also elevations, length of both the villages were calculated. The flow was calculated to the help of elevation and length. The node no. and pipe no. was denoted on the road map of both the villages. Water Distribution Network of both the villages was designed with the help of branch and loop software and compared with manually result. It was found that software result were more accurate , save time and manpower than manual result.
Uncontrolled growth of the urban population in developing countries in recent years has made soli... more Uncontrolled growth of the urban population in developing countries in recent years has made solid waste management an important issue, so the system for collection of solid waste thus constitutes an important component of an effective solid waste management system. In present study describes an attempt is made to design and develop an appropriate collection plan by Geographical Information System (GIS) software for the Laxmi Nagar at Nagpur, a Orange city in Maharashtra, India. A GIS optimal routing model was designed for efficient collection path for municipal solid waste to minimum time, labour, distance efficient collection paths for the solid wastes. A present study is also aimed to proposed location of community BIN. The total cost of the proposed collection systems is estimated to be around 3,52,225 rupees for the annual operating cost of municipal solid waste collection. A substantial amount 4,03,200 rupees is currently being spent by Nagpur Municipal Corporation (NMC )on wa...
Plastic waste which are frequently used in our daily life for various purposed accounts for a lea... more Plastic waste which are frequently used in our daily life for various purposed accounts for a leading waste in today's Era. Indian agriculture is also based on plastic like pipes, pump and other agriculture equipments which contributes in total solid plastic waste. This waste plastic can be reduce, recycled and reused to avoid land pollution, water pollution and air pollution. Natural river bed sand resources are being consume from the various sources and Indian government has press control on the use of natural sand from the rivers. As an alternative to natural sand is artificial sand but again it is obtained from crush rocks. These rocks are also our natural assets. Hence, Using waste plastic as an alternative.Important reuse of plastic can be in form of fine aggregates. Waste plastic generated could be crushed and grinded and used partially replacement with the fine aggregates. The current study target to proper utilisation of waste polypropylene as partially replacement to fine aggregate in concrete mix beyond 20%. The present analysis looks at replacement of fine aggregate with plastic waste by 20%, 25% and 30%. Our aim to study the behaviour of concrete with recycled waste plastic as in cubes, cylinders and beams are cast. The properties of concrete using recycled plastic waste are thus established by experimental analysis.
Tropical country like India can use an alternative disinfection option to utilize solar energy fo... more Tropical country like India can use an alternative disinfection option to utilize solar energy for disinfecting grey before reuse. This study was aimed to conduct experiments to examine the impact of turbidity (75NTU, 50NTU and 30 NTU). This experiments were carried to inactivate EC (Escherichia Coli), FC (Feacal Coliform) and TC (Total Coliform) at different flow-rate (33.4, 44.3, 66.8, 135, 268 and 555 ml/min) by solar radiation intensity. It was observed that as turbidity and flow-rate as goes on decreasing inactivation of bacteria goes on increasing.
Present study is aimed to investigate combined effect of thermocol waste and thinner waste[T&T] i... more Present study is aimed to investigate combined effect of thermocol waste and thinner waste[T&T] in concrete. These waste materials that are generated from automobile industrycontainThermocol also. Thermocol waste and thinner waste was mixed with ordinary Portland cement (OPC),sand, aggregate and water to form thermocol-thinner concrete[TTC]. Nine specimen blocks of size 150mm x 150mm x 150mm for each control concrete and TTC for different ratios(1%,2%,3% and 4%) are prepared.The main findings of this investigation reveal that the mixture of waste thermocol and waste solvent as admixture could be used successfully as in concrete composites.The study involvecomparison between control concrete and TTC replacement ratios of 1%,2%,3% and 4% of thermocol-thinner [T&T] in controlconcrete mix at a water-tobinder ratio of 0.40. Initial setting time, final setting time and workability are determined for control concrete and TTC. In addition, cubes of control concrete and TTC were tested after 7,14 and 28 days curing for compressive strengths.
In steel structure design the Pre-engineering building (PEB) system is a modern technology that p... more In steel structure design the Pre-engineering building (PEB) system is a modern technology that provides economical, eco-friendly and sustainable structures. Whereas before the establishment of the PEB system in steel structure construction conventional steel building (CSB) system is used which is provide time-consuming, costly design. The CSB is costly due to more consumption of steel because of using a uniform cross-section of the hot-rolled section throughout the member length. However, based on the loading effect built-up section used in PEB and only bolted connections are provided at the construction site. PEB consuming less time and provides lightweight design and it is advantageous over CSB when the span is large and column-free space required. The design and manufacturing of structure members are done at plant and later its conveyed to the construction site and the erection process will take place. In this paper, a G+3 industrial warehouse is designed and analyzed as per Indian standard code IS 800-2007 (LSM).The analysis of warehouse building was carryout by using STADD-pro software. In this paper, the comparison is also made between Pre-engineered building (PEB) and Conventional steel building (CSB). The CSB is design and analysis by IS 800:2007 (LSM). The objective of this paper is to discuss the most economical frame in terms of tonnage and the possible reason for the variation of results. The comparative study is also done for the hot-rolled section used in CSB and cold-formed purlins used in PEB.
IOP Conference Series: Materials Science and Engineering, 2021
Earthquake events are not something which can be avoidable. The Indian subcontinent has a backgro... more Earthquake events are not something which can be avoidable. The Indian subcontinent has a background marked by devasting quakes. Quakes are generally caused when the stone underground out of nowhere breaks along an issue. Ground shake is caused by seismic waves due to sudden release of energy. The Centre of earthquake vibration is known as epicentre. Due to earthquake millions of lives are lost which can never be affordable. Most of the structures are subjected to vibrations; it causes destruction of country’s infrastructure. In the recent earthquakes many well designed concrete structures have been severely damaged or collapsed. To protect structures from response reduction of structures and important harm under such serious earthquakes has become a vital theme in structural engineering. In this investigation, we evaluated seismic performance of staging system of elevated water storage tank with or without Base Isolation by using SAP2000. From this examination the powers following ...
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Papers by Isha Khedikar