Automation

Automation is set of many technologies like electronics, Electrical, mechanical, Softwares which results automated task or work without any human intervention with great efficiency and reliability. Robotics Process automation, PLC Scada Automation, Industrial Automation , IT automation all are different types of automation.

Artificial intelligence

It is the simulation of human intelligence processes by machines, especially computer systems. Specific applications of AI include expert systems, natural language processing, speech recognition and machine vision.

Mehchanical and Automation

It covers the concepts and processes that are involved in the creation and production of machinery.Person can learn about the theories, mechanics, and materials needed for the manufacturing of a machine.It enhances the understanding of control systems, information technology, machinery structures aelectronics, thermal science, programming, and electrical machinery.

Automation and Industrial Electronics

which is based on learning by acquiring competences and applied by giving great importance to active activities, especially when developing integrated team projects and work placements which represent significant learning opportunities and the the training necessary for the application of electronic and microelectronic devices to the automation of production processes, working with microprocessors, electronic instruments, automatons and robots, etc.

Automation and Robotics

It deals with the design and creation of robots. They use computers to manipulate and process robotic actions. These robots are then used in: -Industries to speed up the manufacturing process. -The field of nuclear science. -Servicing and transmission of electric signals -Designing of bio-medical equipment, sea-exploration, among others.

Showing posts with label PPT. Show all posts
Showing posts with label PPT. Show all posts

Thursday, 1 July 2021

Must read books

  1. Thermodynamics: P.K. Nag, Cengel & Boles
  2. Strength of Materials: William A Nash(Schaum outline series), Timoshenko 
  3. Mechanics: A. K. Tayal
  4. Machine Design: V. B. Bhandari
  5. Material science: O. P. Khanna
  6. Theory of Machine (Kinematics & Dynamics of Machine): S. S. Rattan, R. S. Khurmi
  7. Manufacturing: Kalpakjian, Ghosh & Malik
  8. Heat and mass transfer: R. C. Sachdeva
  9. Operation research: Hira & Gupta
  10. Fluid dynamics & Kinematics: K. L. Kumar, K. Subramanya
  11. Mathematics: B. S. Grewal
  12. Fluid Dynamics and Turbomachines by Dr. Shamit Bakshi and Dr. Dhiman Chatterjee, Faculty in Mechanical Engineering Department, Indian Institute of Technology Madras (the second part is for Turbomachinery
  13. Fluid Mechanis by Yunus A. Cengel &John M. Cimbala
  14. Fluid mechanics by F M. White. 

Monday, 24 November 2014

Industrial training report on Gear Manufacturing (PPT)

FACILITIES AVAILABLE IN THE COMPANY FOR GEAR FORGING & MACHINING

  • VMC Machines
  • CNC Turing Machines
  • Gear Shaper Machine 
  • Broaching Machines
  • Bore Grinding Machines
  • Sealed Quenching Furnaces 
  • Hot and cold Forging Presses
  • Gear Hobbing and Shaving Machines 

PPT on ABS (Antilock Braking System)

Which is commonly known as ABS is used as an antiskid device in a vehicle. It used to prevent skidding of wheels while braking when we want to stop the vehicle or suddenly reduce its speed at any time.
ABS was first developed for aircraft use in 1929 by the French automobile and aircraft pioeer, Gabriel Voisin.
It provides better stability and control over vehicle while braking at high speed.

Friday, 28 February 2014

Lathe Machine (PPT)

The basic engine lathe, which is one of the most widely used machine tools, is very versatile when used by a skilled machinist. However, it is not particularly efficient when many identical parts must be machined as rapidly as possible.
The standard engine lathe is not a high production machine, but it can be readily tooled up for many one-piece or short-run jobs.
It is also possible to modify the basic machine for many higher production applications.
The modern engine lathe provides a wide range of speeds and feeds which allow optimum settings for almost any operation.
There have been advances in headstock design to provide greater strength and rigidity.


PPT ON ABS

ANTILOCK BRAKING SYSTEM, which is commonly known as ABS is used as an antiskid device in a vehicle. It used to prevent skidding of wheels while 

braking when we want to stop the vehicle or suddenly reduce its speed at any time.
ABS was first developed for aircraft use in 1929 by the French automobile and aircraft pioeer, Gabriel Voisin.
download ppt on ABS


PPT ON HOT WORKING PROCESS

Although basic concepts of many forming processes have remained largely unchanged throughout history, details and equipment have evolved considerably. 


Hot-working processes provide means of producing a desired shape.At elevated temperatures, metals weaken and become more ductile.With continual re-crystallization, massive deformation take place without exhausting material plasticity.

PPT ON ROLLING PROCESS

Rolling is usually first process used to convert material into a finished wrought product.
Stock can be rolled into blooms, billets, slabs, or these shapes can be obtained directly from continuous casting.


A bloom has a square or rectangular cross section, with a thickness greater than 6 inches and a width no greater than twice the thickness. 

Thursday, 24 October 2013

PPT ON DTS-i


As it is for spark ignition so it will be applicable for only petrol engines. This technology is used for the efficient combustion of the charge (i.e air-fuel mixture). In it we use " two spark plugs" so that the fuel is ignited properly, for maximum economy and efficiency.

Digital - Since the spark generation will be initiated by a microchip.
Twin - Since two spark plugs will be used.
Spark ignition - Since the ignition will be done via a spark.