Academic Year 2018-2019  

  • Title :- Stress analysis of type-II trochanteric fracture femer bone implantation with prosthetic plate and screws using finite element method
    Paper:- presented
    Level :- international

    By: prof. chandan chaudhari
    Organizer :- ICESTMM"19
    Venue :- Mumbai
    Date: 14/06/2019

    The use of finite element method (FEM) has grown to a more importance in the field of biomedical engineering. Although increased computational performance allow us to create more complex geometries in the field of orthopedic surgery. These computational methods help us to explore effect of various bio- materials on the sub-trochanteric fracture femur bone. In this study the type II sub trochanteric femur bone were modeled based on the dimensions. The femur bone is longest and strongest bone in the human body. It needs to support maximum weight of the body in between hip joint and knee joint. The femur bone contained linear elastic, isotropic, homogeneous material of calcium phosphate. The main objective of this study is to rectify the behavior of sub-trochanteric fracture femur bone for a man of age 48 years with prosthetic bone plate and screws under compression loading condition. Results were analyzed on the prosthetic plates and screws for Type II sub-trochanteric fracture femur bone i.e. (The fracture is within 2.5 cm of the lesser trochanter) during static loading condition with different bio materials. The comparison was made with various screws and plates made by various bio-materials which concluded in the implementation of the materials having minimum Von-misses stress, deformation of the fractured femur bone. On the basis of the results obtained, an alternative grade is examined and comparison has been made with the existing grade of titanium.

  • Title :- Critical study of Tool Condition Monitoring Related to Sensor and Image Processing based methods
    Paper:- presented
    Level :- international

    By: mr. prashant ambadekar
    Organizer :- 4th International Conference on Production and Industrial Engineering, CPIE - 2016 at NIT Jalandhar
    Venue :- NIT Jalandhar
    Date: 21/12/2018

    The aim of tool condition monitoring is to keep surveillance on the cutting tool during machining. TCM is becoming increasingly important as it influence the process economy and quality of machined part. This paper presents the overview of various techniques for data acquisition, data processing and classification techniques reported in the literature for tool condition monitoring. The monitoring methods may use sensors or vision system to acquire signal from the process. More emphasis is given on image processing based monitoring techniques than sensors based techniques that are less accurate. The integration of sensor and image processing based techniques are elaborated as novel work in this paper. The work also provides a platform for researchers who wish to execute their study in the area of TCM.

  • Title :- A smart and prognostic approach to park vehicles using IOT
    Paper:- presented
    Level :- international

    By: ms. masooda mohamed modak
    Organizer :- JASC
    Venue :- INDIA
    Date: 01/12/2018

    IOT based Appliation

  • Title :- An IOT Based System for Water Quality Monitoring
    Paper:- presented
    Level :- international

    By: mrs. pranita mahajan
    Organizer :- IEEE Chennai Chapter
    Venue :- GRT Institute of Engineering and Technology, Chennai
    Date: 07/09/2018

    Potable water quality is important socioeconomic aspects. Many researchers developed various systems to ensure clean drinking water. The traditional system works by manually collecting the samples; manually analysis is done in laboratory causing delay and manual errors. Existing systems may reduce the errors but incur delay as analysis is not done at user site. A system is needed which will dynamically monitor and ensure water quality to users. Proposed system has various sensors to check and ensure water quality such as pH, temperature, conductivity, turbidity, ORP, Nitrate and free residual chlorine. Data is collected through sensors and send for further processing. LEDs deployed on the system are for general users to immediately identify about the quality of the water. The system aims to reduce the delay in existing systems by deploying indictors on system itself so that the person using the system will be able to decide whether water is safe to drink or not, which can avoid further health hazards. Implemented system is economical and dynamic in nature. Use of LEDs on system makes it user friendly and even common people can assure quality of water. System is specially designed for public places like schools and colleges

  • Title :- Kinematic Synthesis of Overlay Welding Station Of Elbow
    Paper:- presented
    Level :- international

    By: dr. rupendra nehete
    Organizer :- Terna Engineering College, Navi Mumbai
    Venue :- Terna Engineering College, Navi Mumbai
    Date: 26/08/2018


  • Title :- Real Time Pothole Detection Using Android Smartphone And IOT Based Approach
    Paper:- presented
    Level :- international

    By: dr. rizwana siddiqui
    Organizer :-
    Venue :- online
    Date: 28/01/2018

    IEEE International Conference On Electrical, Electronics, Computers, Communication