Cavelle Benjamin

Cavelle Benjamin

United States
2K followers 500+ connections

About

Experienced creative problem solver/decision maker with extensive background in Product…

Contributions

Activity

Experience

  • Grainger Graphic

    Grainger

    Atlanta, Georgia, United States

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    Atlanta, Georgia, United States

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    Greater Atlanta Area

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    Greater Atlanta Area

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    Greater Atlanta Area

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    Greater Atlanta Area

Education

  • Agile Product Owner Certification

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Licenses & Certifications

Volunteer Experience

  • Atlanta Community ToolBank Graphic

    Board Chair

    Atlanta Community ToolBank

    - 2 years 5 months

    Disaster and Humanitarian Relief

    The Atlanta Community ToolBank Tool Lending Program shares its resources with charitable groups so they can equip volunteers to efficiently complete work in less time with the right tools at a minimal cost.

    As Board Chair I oversaw the successful relaunch of the Building Capital Campaign including garnering support from key foundation donors in the Atlanta Area, a successful launch of HouseProud Atlanta as it's own 501(c)3 and expansion to satellite offices in North Fulton.

Publications

  • Thermocapillary Droplet Migration on an Inclined Solid Surface

    Lecture Notes in Physics, 2003, Volume 628/2003, 263-289

    Abstract
    Active control of the position of a liquid droplet on a solid surface is a crucial part in the design of discrete fluid management technology for microfluidic applications. One way to accomplish this control is to impose specially shaped thermal fields upon the droplet and/or the solid surface. The imposed temperature gradient produces a surface-tension-driven flow inside the droplet that forces the motion of the contact line. When the imposed temperature gradient is large enough…

    Abstract
    Active control of the position of a liquid droplet on a solid surface is a crucial part in the design of discrete fluid management technology for microfluidic applications. One way to accomplish this control is to impose specially shaped thermal fields upon the droplet and/or the solid surface. The imposed temperature gradient produces a surface-tension-driven flow inside the droplet that forces the motion of the contact line. When the imposed temperature gradient is large enough, this motion causes the droplet to migrate in the direction of decreasing temperature. In this paper, a detailed lubrication theory is presented that describes this internal flow and the subsequent contact-line motion in a thin droplet. Results are presented to show that this technique can be used to drive a droplet up an inclined solid surface against the force of gravity.

    Other authors
    • Marc K. Smith
    • Steven W. Benintendi
    See publication

Courses

  • Machine Learning

    Coursera

  • Statistical Learning

    Stanford University

Languages

  • French

    Limited working proficiency

  • Spanish

    Elementary proficiency

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