Structural Applications of Smart Materials in Construction Engineering Using Robots
Structural Applications of smart materials in construction engineering using robots.
1,2
Suhrit Majumder1, Nitish H.2 Student, BCA - PES Institute Of Technology, Bangalore - 560085. suhrit_majumder@hotmail.com1, lionnitish@gmail.com2. Under the guidance of :
P.S.Kannan, HOD-Dept of BCA, PESIT,Bangalore-560085 Emailid: kannan@pes.edu
V.Srikanth Asst.Professor-MCA dept PESIT,Bangalore-560085. Email:srikanth.v@pes.edu
Santosh Katti Lecturer,dept of MCA PESIT,Bangalore-560085 Emailid:santosh_katti@pes.edu
ABSTRACT
Construction engineering concerns the planning and management of the construction of of such structures projects such
as highways, bridges, airports, railroads, buildings, dams,
and reservoirs.
Construction
requires
knowledge of engineering and management principles and business procedures, economics, and human behaviour. Construction engineers engage in the design of temporary structures, quality assurance and quality control, building and site layout surveys, on site material testing, concrete mix design, cost estimating, planning and scheduling, safety engineering, materials procurement, and cost engineering and budgeting. In the course of this paper we would like to provide you with a wide spectrum of information relating to how smart materials are used in the construction engineering. These smart materials basically mean smaller and more efficient tools which can be used to do the same job in far more precise manner. These smaller tools are generally robots which are built capable of doing anything that man can think of creating. This paper will provide you the requirement of transporting faster, building safer and creating wonders for you to be proud of.
Keywords: Construction engineering, precise, efficient, robots, materials.
Introduction Executive Summary The main objectives of this report are to highlight the crucial discussion points for the future of Artificial Intelligence, and show how these will determine
1,2
Suhrit Majumder1, Nitish H.2 Student, BCA - PES Institute Of Technology, Bangalore - 560085. suhrit_majumder@hotmail.com1, lionnitish@gmail.com2. Under the guidance of :
P.S.Kannan, HOD-Dept of BCA, PESIT,Bangalore-560085 Emailid: kannan@pes.edu
V.Srikanth Asst.Professor-MCA dept PESIT,Bangalore-560085. Email:srikanth.v@pes.edu
Santosh Katti Lecturer,dept of MCA PESIT,Bangalore-560085 Emailid:santosh_katti@pes.edu
ABSTRACT
Construction engineering concerns the planning and management of the construction of of such structures projects such
as highways, bridges, airports, railroads, buildings, dams,
and reservoirs.
Construction
requires
knowledge of engineering and management principles and business procedures, economics, and human behaviour. Construction engineers engage in the design of temporary structures, quality assurance and quality control, building and site layout surveys, on site material testing, concrete mix design, cost estimating, planning and scheduling, safety engineering, materials procurement, and cost engineering and budgeting. In the course of this paper we would like to provide you with a wide spectrum of information relating to how smart materials are used in the construction engineering. These smart materials basically mean smaller and more efficient tools which can be used to do the same job in far more precise manner. These smaller tools are generally robots which are built capable of doing anything that man can think of creating. This paper will provide you the requirement of transporting faster, building safer and creating wonders for you to be proud of.
Keywords: Construction engineering, precise, efficient, robots, materials.
Introduction Executive Summary The main objectives of this report are to highlight the crucial discussion points for the future of Artificial Intelligence, and show how these will determine
References: 1. 2. ASCE - Journal of Construction Engineering & Management Elsevier Advanced Engineering Informatics