M.E. - Cadcam & Robotics
B.E. - Mechanical Engineering
| Date |
Title |
Type |
Level |
Academic Year |
| 2019-06-14 |
STRESS ANALYSIS OF TYPE-II TROCHANTERIC FRACTURE FEMER BONE IMPLANTATION WITH PROSTHETIC PLATE AND SCREWS USING FINITE ELEMENT METHOD |
Journal |
International |
2018-2019 |
| Date |
Title |
Presented/Published |
Level |
Academic Year |
Organizer / Venue |
| 2019-06-14 |
STRESS ANALYSIS OF TYPE-II TROCHANTERIC FRACTURE FEMER BONE IMPLANTATION WITH PROSTHETIC PLATE AND SCREWS USING FINITE ELEMENT METHOD |
Presented |
International |
2018-2019 |
ICESTMM"19
Mumbai |
| 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. |
| Date |
Title |
Type |
Level |
Role |
Venue |
| 2018-06-18 |
Finite Element Simulations Using ANSYS Workbench |
WORKSHOP |
LOCAL |
RESOURCE PERSON |
SIESGST |
| 2018-06-25 |
Workshop |
WORKSHOP |
LOCAL |
OTHERS |
SIESGST, MUMBAI |
| Academic Year |
Type |
Details |
| 2014-2015 |
Personal |
Assessing Sloshing Effect Of Fluid In Tanker Geometry Through Deployment Of CAE, (Sponsored By : Ideamap Pvt Ltd, Pune ) |
| 2014-2015 |
Personal |
Secured 1st Place In AVISHKAR Research Convention 2015 At University Level. |
