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Mrs. DARSHANA PATEL

Designation: Associate Professor
Email ID: darshana.patel@ldce.ac.in
Department: Science and Humanities

Social Contacts

Experience

  • L.D.College of Engineering, Ahmedabad-15

  • Vishwakarma Government Engineering college, Chandkheda

  • L.D.College of Engineering, Ahmedabad-15

  • Government Engineering College,Modasa

  • Government Engineering college, Modasa

  • Shantilal shah Engineering college,Bhavnagar

Education

  • The Maharaja Sayajirao University of Baroda

    Title: A Mathematical Approach to some Aspects of Ferrofluid lubrication

Paper Publication

  1. On the ferrofluid lubricated squeeze film characteristics between a rotating sphere and a radially rough plate
    0025-6455
    Publication Date : 07 Dec, 2015
  2. Ferrofluid-based annular squeeze film bearing with the effects of roughness and micromodel patterns of porous structures
    0954-4062
    Publication Date : 17 Nov, 2018
  3. Ferrofluid Lubricated Porous Squeeze-Film Bearing with the Modified Condition of Pressure Continuity at the Film-Porous Interface
    1881-2198
    Publication Date : 17 Aug, 2019
  4. Characteristics of Double-porous Layered Slider Bearing with Parabolic Pad Stator using Ferrofluid Lubricant
    0975-8364
    Publication Date : 04 Nov, 2020
  5. Study of Double Porous Layered Slider Bearing with Various Designed Stator under the Effects of Slip and Squeeze Velocity Using Magnetic Fluid Lubricant
    2328-7306
    Publication Date : 06 Dec, 2020
  6. Combined effect of circumferential roughness and squeeze velocity on ferrofluid squeeze film with rotating sphere and rough plate
    1989-1996
    Publication Date : 08 Jul, 2022
  7. ANALYSIS OF A DOUBLE LAYERED POROUS SLIDER BEARING WITH HYPERBOLIC STATOR LUBRICATED WITH FERROFLUID
    2348-4918
    Publication Date : 02 Dec, 2022
  8. JENKINS FERROFLUID FLOW LUBRICATION OF A SQUEEZE FILM BETWEEN A SPHERE AND A FLAT POROUS PLATE BASED ON POROSITY AND SLIP VELOCITY
    1006-5911
    Publication Date : 07 Aug, 2023
  9. THREE POROUS LAYERED FERROFLUID SQUEEZE FILM WITH A CONVEX PAD STATOR UNDER SLIP AND SQUEEZE VELOCITY EFFECTS
    1006-5911
    Publication Date : 08 May, 2025
  10. Effects of Micromodel Patterns on Ferrofluid-Based Rec-tangular Squeeze Films
    0974-570X (Online), 0974-5718 (Print)
    Publication Date : 29 Jul, 2025
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