Edward Hensel

 EdwardC. Hensel

Edward C. Hensel

  • Courses4
  • Reviews9

Biography

Rochester Institute of Technology - Engineering


Resume

  • 2011

    Board Member 2011-2013\nPresident 2013-14

    Rochester Engineering Society

    Heat Transfer

    Leadership

    Simulink

    Fluid Mechanics

    Chemical Engineering

    Simulations

    Thermodynamics

    Program Management

    Manufacturing

    Engineering

    Testing

    Product Development

    Finite Element Analysis

    ANSYS

    Matlab

    Mechanical Engineering

    Modeling

    Heat Conduction Analysis Expert from nano-scale to macro-scale

    CFD

    Solidworks

    Electronic Cigarette Topography in the Natural Environment

    This paper presents the results of a clinical

    observational

    descriptive study to quantify the use patterns of electronic cigarette users in their natural environment.

    Electronic Cigarette Topography in the Natural Environment

    Abstract:\n\nThe capstone project serves as the culminating experience of most engineering programs. Collaborative design and documentation tools are an integral component of a modern product design and development environment. The Engineering Design Guide and Environment (EDGE)

    is a web-based system which provides engineers with tools for collaboration on multidisciplinary projects. The EDGE system includes version-controlled repositories for project documentation and design files. By examining the history of changes to these repositories

    it is possible to view the usage trends of the system and their relationship to curriculum structure. This paper explores these usage trends with respect to the transition from a quarter-based to a semester-based calendar

    the cycle of project deliverables within an academic term

    and the transition from a one-day-per-week meeting pattern to a two-day-per-week meeting pattern.

    Usage of Revision Control Tools in Capstone Senior Design Courses

    Hensel

    Edward

    Hensel

    Rochester Institute of Technology

    New Mexico State University

    Provided leadership in the department through active funded research programs

    mentoring younger faculty

    serving on numerous graduate committees

    curriculum committees

    and search committees. Employed innovative teaching techniques. Active leadership in undergraduate and graduate education.

    New Mexico State University

    Graduate Student

    PhD Student

    Mechanical Engineering Department

    New Mexico State University

    Rochester Institute of Technology

    Kate Gleason College of Engineering

    My job is to help faculty members develop their research programs

    enabling them to tackle some of the most daunting problems facing our national and global community

    support all graduate programs in the KGCOE

    and direct the Engineering Ph.D. program.

    Associate Dean for Research and Graduate Studies

    Gleason Hall

    My job is to guide the mechanical engineering department at RIT to achieve the following goals and objectives. \n\nOur goal is to establish the mechanical engineering department at RIT as one of the top 25 ME programs first in the nation

    and then in the world. \n\nWe should accomplish three tasks

    in pursuit of our goal: \n (1) Demonstrate a revolutionary advance in engineering education whereby we turn every entering student into graduates who achieve outstanding success. \n\n(2) Provide solutions to three compelling problems of national and global significance. \n\n(3) Other ME departments must emulate us. We must disseminate our model of education and research

    and become the role model to which other institutions aspire.

    Professor and Department Head

    Rochester Institute of Technology

  • 1982

    high school

    PhD

    Mechanical Engineering

  • 1978

    BS

    Mechanical Engineering

    Tau Beta Pi\nPi Tau Sigma\nASME\nPep Band

  • 997

    An electrical control unit preferably can control operation of a paintball gun having a solenoid valve with an input port that receives compressed gas from a compressed gas supply and an output port connected to a pneumatic mechanism. For instance

    the electrical control unit can contain a network of electronic components configured to receive an input signal from a trigger-actuated switch and send a signal to the solenoid valve. The solenoid valve can

    for instance

    direct compressed gas to and/or from the pneumatic mechanism to operate a bolt or firing valve connected to the pneumatic mechanism in response to the signal from the electrical control unit.

    Electrical control unit for paintball gun

    et al

  • 306

    A size reduction apparatus and process for reducing the size of a heterogeneous or homogeneous article or articles using variable and interchangeable interior parts for varying article output size and an air handling system for introducing air and/or fluid into the process of size-reduction. The components of a heterogeneous article are separated and used to aid in the size-reduction process.

    Variable size reduction apparatus and process

    et al

MECE 110

2.3(4)

THERMO 1

1.3(3)