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Kaylan Wessels - UCSB College of Engineering - University of ...

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<strong>Kaylan</strong> M. <strong>Wessels</strong><br />

kwessels@engineering.ucsb.edu | (805) 893-4723<br />

<strong>Engineering</strong> Materials Department, Building 503 Room 1355<br />

<strong>University</strong> <strong>of</strong> California, Santa Barbara, CA 93106-5050<br />

Education<br />

Graduate<br />

• M.S./Ph.D. Candidate in Materials Department, Structural Materials Concentration<br />

• The <strong>University</strong> <strong>of</strong> California, Santa Barbara: Santa Barbara, CA<br />

• September 2010 – present<br />

◦ Cumulative GPA: 3.67/4.0<br />

Undergraduate<br />

• B.S. in Materials Science and <strong>Engineering</strong>, Ceramics and Metals Double Option<br />

• The Pennsylvania State <strong>University</strong>: <strong>University</strong> Park, PA<br />

• August 2006 – May 2010<br />

◦ Cumulative GPA: 3.68/4.0<br />

High School<br />

• Ligonier Valley High School: Ligonier, PA<br />

• August 2002 – June 2006<br />

◦ GPA: 4.07/4.0<br />

◦ Class Rank: 3/114<br />

International Experience<br />

<strong>University</strong> <strong>of</strong> Sussex: Falmer, East Sussex, UK<br />

• July 2007 – August 2007<br />

• Coursework: Field Archaeology<br />

Work Experience<br />

Internship with GE Aviation<br />

• Airfoil Materials Development internship involving research into novel thermal barrier<br />

coating systems<br />

• GE Aviation: Evendale, OH<br />

• June 2011 – August 2011<br />

◦ 40 hours/week<br />

• Supervisors: Dr. Douglas G. Konitzer, Dr. Bangalore A. Nagaraj, and Julie Chapman<br />

• Duties Involved<br />

◦ Analyzed the feasibility <strong>of</strong> a novel damage mitigation coating<br />

◦ Performed thermal cycling excursions to reproduce damage and assess hypotheses<br />

◦ Examined field-tested hardware for performance and reliability <strong>of</strong> thermal barrier<br />

coating system<br />

◦ Evaluated lab and field tested specimens for reaction products and phase stability<br />

◦ Executed theoretical calculations to help predict material behavior<br />

◦ Designed oxidation study and phase stability to aid in temperature measurements and<br />

prediction <strong>of</strong> failure <strong>of</strong> hardware and coatings in engine service<br />

◦ Assessed performance <strong>of</strong> coated specimens with regards to condition and coating<br />

thickness<br />

1


Research Experience<br />

Graduate Research Assistantship in Materials<br />

• Thermal barrier coating research in cooperation with GE Aviation and sponsored by the<br />

Office <strong>of</strong> Naval Research and in part by The National Science Foundation<br />

• The <strong>University</strong> <strong>of</strong> California, Santa Barbara: Santa Barbara, CA<br />

• September 2010 – present<br />

◦ 40 hours/week<br />

• Supervisors: Dr. Carlos G. Levi and Dr. Tresa M. Pollock<br />

• Duties Involved<br />

◦ Analyzing new damage mechanism in the bond coat layer <strong>of</strong> the thermal barrier<br />

coating system on advanced gas turbine airfoils, resulting from melting and<br />

infiltration <strong>of</strong> environmental deposits<br />

◦ Preparing cross sections for analysis through grinding and polishing<br />

◦ Obtaining microstructural and elemental information using the scanning electron<br />

microscope and focused ion beam<br />

◦ Performing analytical and numerical modeling in Wolfram Mathematica ® and<br />

Abaqus FEA ® to aid in determining mechanism behind degradation<br />

Undergraduate Thesis Research in Materials Science and <strong>Engineering</strong><br />

• Ceramic composite research sponsored by the Army Research Lab and Kennametal<br />

• The Pennsylvania State <strong>University</strong>: <strong>University</strong> Park, PA<br />

• May 2009 – August 2010<br />

◦ 30-35 hours/week<br />

• Supervisor: Dr. Elizabeth C. Dickey<br />

• Duties Involved<br />

◦ Prepared various composite samples through polishing, grinding, and milling<br />

◦ Serially sectioned composite materials using focused ion beam<br />

◦ Obtained quantitative 3D microstructural information using scanning electron<br />

microscope<br />

◦ Integrated 2D image slices into 3D array with MATLAB ®<br />

◦ Analyzed properties and performance <strong>of</strong> materials’ 3D microstructure using<br />

COMSOL Multiphysics ® finite element s<strong>of</strong>tware<br />

Undergraduate Research in Astronomy & Astrophysics<br />

• Astronomy research sponsored by an REU grant<br />

• The Pennsylvania State <strong>University</strong>: <strong>University</strong> Park, PA<br />

• May 2008 – Jan. 2009<br />

◦ 40 hours/week<br />

• Supervisor – Dr. Jane C. Charlton<br />

• Duties Involved<br />

◦ Examined electromagnetic absorption spectra <strong>of</strong> quasars to study intervening<br />

absorbers’ compositions<br />

◦ Measured equivalent width <strong>of</strong> absorption lines in spectra<br />

◦ Discovered evolutionary trend in metallicities <strong>of</strong> absorbers as a function <strong>of</strong> age<br />

◦ Presented poster at 213th American Astronomical Society meeting and coauthored<br />

paper for publication<br />

2


Publications<br />

1. P.R. Hidalgo, K.M. <strong>Wessels</strong>, J.C. Charlton, A. Narayana, A. Mshar, A. Cucchiara, and T. Jones,<br />

“Evolution <strong>of</strong> the Population <strong>of</strong> Very Strong Mg II Absorbers,” Monthly Notices <strong>of</strong> the Royal<br />

Astronomical Society, 427 [3] 801-1815 (2012).<br />

Oral and Poster Presentations<br />

1. K.M. <strong>Wessels</strong> (presenter), R.W. Jackson, D.G. Konitzer, M.R. Begley, T.M. Pollock, C.G. Levi,<br />

“Bond Coat Cavitation under CMAS-Infiltrated Thermal Barrier Coatings,” Oral Presentation, 143 rd<br />

TMS Annual Meeting & Exhibition, San Diego, CA, February 2014.<br />

2. K.M. <strong>Wessels</strong> (presenter), R.W. Jackson, D.G. Konitzer, M.R. Begley, T.M. Pollock, C.G. Levi,<br />

“Bond Coat Cavitation under CMAS-Infiltrated Thermal Barrier Coatings,” Poster Presentation,<br />

Winter Study Group on High Temperature Coatings, Santa Barbara, CA, January 2014.<br />

3. K.M. <strong>Wessels</strong> (presenter), R.W. Jackson, D.G. Konitzer, M.R. Begley, T.M. Pollock, C.G. Levi,<br />

“Bond Coat Cavitation under CMAS-Infiltrated Thermal Barrier Coatings,” Poster Presentation,<br />

Physical Metallurgy Gordon Research Conference, Biddeford, ME, July 2013.<br />

4. K.M. <strong>Wessels</strong> (presenter), D.G. Konitzer, T.M. Pollock, C.G. Levi, “Characterization <strong>of</strong> Bond<br />

Coat Cavitation under CMAS-infiltrated TBCs,” Poster Presentation, Superalloys, Champion, PA,<br />

September 2012.<br />

5. K.M. <strong>Wessels</strong> (presenter), R.W Jackson, D.G. Konitzer, T.M. Pollock, C.G. Levi, “Bond Coat<br />

Cavitation under CMAS-Infiltrated TBCs,” Oral Presentation, International Conference on<br />

Metallurgical Coatings and Thin Films, San Diego, CA, April 2012.<br />

6. K.M. <strong>Wessels</strong> (presenter), R.W. Jackson, D.G. Konitzer, T.M. Pollock, C.G. Levi, “Bond Coat<br />

Cavitation under CMAS-infiltrated Thermal Barrier Coatings,” Poster Presentation, Winter<br />

Workshop on High Temperature Coatings, Santa Barbara, CA, January 2012.<br />

7. K.M. <strong>Wessels</strong> (presenter), R.M. White, E.C. Dickey, “Modeling Residual Stresses in B 4 C-TiB 2<br />

Directionally Solidified Eutectic Composites,” Poster Presentation, Materials <strong>Engineering</strong>: Building<br />

on the Legacy <strong>of</strong> Tony Evans, Santa Barbara, CA, September 2010.<br />

8. K.M. <strong>Wessels</strong> (presenter), P.H. Rodriguez, J.C. Charlton, A. Narayanan, A. Mshar, A. Cucchiara,<br />

“Alpha-Enhancement in Strong and Weak MgII Absorbers,” Poster Presentation, 213th Meeting <strong>of</strong><br />

the American Astronomical Society, Long Beach, CA, January 2009.<br />

Volunteer Experience<br />

PSU Materials Camp: Student Mentor<br />

• Sponsored by the ASM Materials Education Foundation<br />

• July 2009 and July 2010<br />

• Supervisors: Dr. R. Allen Kimel and Dr. Jeffrey Brownson<br />

• Duties Involved<br />

◦ Assisted high school students interested in materials science and engineering to<br />

perform experiments related to the field, with a focus on renewable energy<br />

◦ Supervised students throughout the weeklong camp<br />

3


Pr<strong>of</strong>essional Societies/Awards/Activities<br />

• Science and Industry Exchange for Women, <strong>UCSB</strong>, student member (2012-2014)<br />

• American Society <strong>of</strong> Metals (ASM International) student member (2008 – 2014)<br />

• The American Ceramic Society (2008 – 2014)<br />

• The Association for Iron and Steel Technology (2008 – 2014)<br />

• The Minerals, Metals & Materials Society (2008 – 2014)<br />

• Material Advantage Member, Penn State Chapter (2008 – 2010)<br />

• Membership in the Keramos Honors Fraternity, Penn State Chapter (2008 – 2010)<br />

• Penn State Dean’s List: Fall 2006, Spring 2008 through Spring 2010<br />

Scholarships<br />

• Schreyer Honors <strong>College</strong> Scholarship (2006 – 2008)<br />

• Charles G. and Donna H. Carson Scholarship in Materials Science and <strong>Engineering</strong> (2008)<br />

• Pennsylvania Ceramics Association Award in the Department <strong>of</strong> MatSE (2009)<br />

• Glass Container Industry Research Corporation Scholarship (2009 – 2010)<br />

• Norris B. McFarlane Scholarship (2009 – 2010)<br />

References are available upon request.<br />

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