unconditionally drove me towards “INDUSTRIAL ENGINEERING”.
Ever since I was young I had been wanting to become a football star. My uncle and I would always watch Monday Night Football, Thursday Night Football, and Sunday Night Football. I was really into the screaming of the players and the crowd, the hitting of the player on one another I really loved when the sounds of the helmet to helmet hits could be heard through the tv that was the best. I never played football when I was younger because my parents were teens at the time my father was 18 and had to
My interest in mechanical engineering started at a very early age. Growing up, my parents often indulged me by buying sets of LEGOs for my birthdays. I used to spend hours engrossed in a simple set of 500 pieces – building and rebuilding them into new objects and structures every time. When I graduated high school, I decided to pursue my passion and study Mechanical Engineering at Carnegie Mellon University. It was here that I got my first real taste of mechanical engineering. Along with taking relevant
interest in automobiles, I was yearning to know more about them, and so I took up Mechanical Engineering for my under-graduate program from NMAM Institute of Technology, Nitte, one of the top colleges in India. I completed my Engineering with a score of 9.42/10 and stood within the top 5 in my branch.
This theory is intriguing and I believe that with a finger in every pie around the world, Mechanical Engineering is an obligatory study for the visionaries. My quest for knowledge ended in Chennai where SRM University’s unparalleled curriculum provides a detailed introduction of the elaborateness of the subject, exposing us to a variety of fields such
evaporator is produced by the capillary force, gravitational force, electrostatic force, or other forces directly acting on it. From a thermodynamics point of view, the thermal energy added to the evaporator in a functional heat pipe produces the mechanical work to pump the working fluid. No external power is needed for a typical heat pipe. The phase-change heat transfer occurs almost in the quasi-equilibrium state. The heat pipe has a very high efficiency to transfer the thermal energy from a higher-temperature
aims to understand the theories of philosophers who had an significant influence on the subject, from the first definitive discourse on ‘fine arts’ by Charles Batteux to the deontological ethical theory ascribed to Immanuel Kant, concluding with a personal opinion, with reference to the introductory quotation, on whether aesthetic architecture can be art despite being attached to utility. When
robot. This section contains deﬁnitions of some basic terms that are used in the thesis. Walking bipedal robots are robotic systems that can walk using two legs. Terms biped, which stands for any two-footed animal or robot; humanoid, which denotes mechanical systems or creatures having human appearance; and walking bipedal robot are used interchangeably in this thesis. Walking is deﬁned as a locomotion of a system having multiple contacts with the ground by means of breaking and regaining these contacts
1 .Introduction 1.1 Background PLM implementations in production firms are widely common throughout the globe, particularly in developed and industrial countries. Even firms from alternative industries like services, fashion, healthcare, among others, have began to implement PLM philosophy. This growth has reached small and Medium Size Enterprises (SME), forcing developers of those styles of systems to get lightweight software package versions so as to serve this massive market. However, this type of
covered a wide area of fields, since the beginning of the current century, with the advance in the construction of the 3D printing machines, such as: industrial design, architecture, automotive, engineering and construction (AEC), dental and medical industries, geographic information systems, civil engineering, jewelry, footwear  and so