Gayatri Thakre, P.E., M.ASCE

Gayatri Thakre, P.E., M.ASCE

Frisco, Texas, United States
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About

Licensed Professional Engineer in Texas, Florida, Alabama, Arkansas, Mississippi and…

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Experience

  • DONAN Graphic

    DONAN

    Dallas, Texas, United States

  • -

    Austin, Texas, United States

  • -

    Bryan/College Station, Texas Area

  • -

    Dallas, Texas

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    Bryan/College Station, Texas Area

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    Mumbai Area, India

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    Mumbai, India

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    India

Education

  • Texas A&M University Graphic

    Texas A&M University

    -

    Activities and Societies: Vice President | Structural Engineering Association Of Texas Civil Department Delegate | Graduate and Professional Student Council

    Courses :
    1. Behavior and Design on Steel Structure.
    2. Dynamics of Structures.
    3. Behavior of Prestressed Concrete.
    4. Finite Element Methods
    5. Survey of Management
    6. Survey of Marketing
    7. Project Team Leadership

  • - Present

    Activities and Societies: This Specialization involves:- 1) Construction and Project Management 2)Construction Cost Estimation and Cost Control 3)Construction Scheduling 4)Construction Finance

  • - Present

  • -

    Personal Interview conducted with a faculty member.

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    The final-year undergraduate power-point presentation

Licenses & Certifications

Publications

  • Effect of Steel bracings in Steel Structure

    International Journal of Scientific & Engineering Research

    The research paper is published in Global Journal of Enterprise Information System (GJEIS). The Study is focused on behavior of structure to resist lateral load for four types of bracing which are Diagonal bracing, Inverted V type bracing, V type bracing and X type bracing.Parameter compared includes Base Reactions, Maximum Displacement of Member, Nodal Displacements and Nodal Rotation for a fixed base steel structure.

    See publication

  • COMPARISON OF CO-CENTRIC BRACING SYSTEM SUBJECTED TO WIND LOADING

    International Research Journal of Engineering and Technology

    The paper is published in Volume: 03 Issue: 11 | Nov -2016 and includes the investigation of co-centric lateral load resisting system provided to a tower with the bracing provided to all bays and floors. Analysis using STADD.Pro was carried out for comparing design factors such as Maximum Axial Force in braced member, Storey Displacement and Storey Drift.

    See publication

  • PARAMETRIC ANALYSIS OF STEEL BRACING IN STEEL STRUCTURE SUBJECTED TO WIND LOAD

    International Journal of Mechanical And Production Engineering

    See publication

Courses

  • Advanced Mechanics of Material

    CVEN 633

  • Behavior and Design of Prestressed Concrete

    CVEN 671

  • Behavior and Design of Steel Structures

    CVEN 659

  • Design & Drawing of Steel Structures

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  • Dynamic Loads and Structural Behavior

    CVEN 657

  • Geotechnical Engineering

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  • Introduction to Finite Element

    MEMA 649

  • Math

    MATH 601

  • Structural Analysis

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  • Theory of Reinforced and Prestressed Concrete

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Projects

  • Design of Modern Precast Prestressed Structures.

    • Learnt the designing of the prestressed concrete beam for 3 continuous spans by generating the magnel diagram in Excel.
    • Implemented the load balancing concept in designing the floor systems for indeterminate concrete structures
    • Analyzed and designed bridges with the inculcation of moving traffic loads presenting a brief report stating the step-by-step procedure

  • Lean Analysis on High Rise Structures

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    • Predicted the leaning of 387m tall G 90 story structure considering time dependent properties of concrete viz. creep and shrinkage
    • Calculated the deflection incorporating the P-Δ effect, differential axial shortening of columns and complexities of the geometry
    • Modeled the structure in ETABS and applied the staged construction analysis to mitigate the lean of the structure
    • Studied and compared the default creep and shrinkage models of ETABS: CEB FIP 90, CEB FIP 2010 & ACI…

    • Predicted the leaning of 387m tall G 90 story structure considering time dependent properties of concrete viz. creep and shrinkage
    • Calculated the deflection incorporating the P-Δ effect, differential axial shortening of columns and complexities of the geometry
    • Modeled the structure in ETABS and applied the staged construction analysis to mitigate the lean of the structure
    • Studied and compared the default creep and shrinkage models of ETABS: CEB FIP 90, CEB FIP 2010 & ACI 209R-92
    • Performed an extensive data acquisition and analysis in Excel and MATLAB which was appraised at the annual conference presentation

  • Design and Planning of Residential & Public Building.

    -

    • Designed footings, columns & beams for RCC G 3 load bearing structure with pitched roof using AutoCAD
    • Submitted a thesis work on material specifications, calculated quantities, direct and indirect costs
    • Planned and scheduled various activities of execution by Microsoft Project, investigating its critical path
    • Diagnosed different types of footings (square, mat, combined, and rectangular) & presenting the results with the minimum cost/unit area

Honors & Awards

  • KULPATI SILVER MEDALIST

    University of Mumbai

    Awarded silver medal for the securing second rank in the civil engineering batch of 2017 at SPCE, Mumbai.

Languages

  • English

    Full professional proficiency

Organizations

  • Structural Engineering Association of Texas

    Vice President, SEAoT

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