Received: from mx02.ecn.purdue.edu (mx02.ecn.purdue.edu [128.46.177.8]) by maillist.ecn.purdue.edu (8.14.4/8.14.4) with ESMTP id u29GH86Z023927 (version=TLSv1/SSLv3 cipher=DHE-RSA-AES256-GCM-SHA384 bits=256 verify=NOT); Wed, 9 Mar 2016 11:17:08 -0500 Received: from mailhub247.itcs.purdue.edu (mailhub247.itcs.purdue.edu [128.210.5.247]) by mx02.ecn.purdue.edu (8.14.4/8.14.4) with ESMTP id u29GH6gb018358 (version=TLSv1/SSLv3 cipher=DHE-RSA-AES256-SHA bits=256 verify=NOT); Wed, 9 Mar 2016 11:17:06 -0500 Received: from mail-io0-f176.google.com (mail-io0-f176.google.com [209.85.223.176]) (authenticated bits=0) by mailhub247.itcs.purdue.edu (8.14.4/8.14.4/mta-auth.smtp.purdue.edu) with ESMTP id u29GH5Km018816 (version=TLSv1/SSLv3 cipher=RC4-SHA bits=128 verify=NOT); Wed, 9 Mar 2016 11:17:05 -0500 Received: by mail-io0-f176.google.com with SMTP id m184so71816005iof.1; Wed, 09 Mar 2016 08:17:05 -0800 (PST) X-Gm-Message-State: =?utf-8?q?AD7BkJKPXp/LNY9WFogtb6TKd/qAse/vbyjFwfQM85YTs?= =?utf-8?q?yK2V0BRKRpb2T5TIhG8YcvjHxqRXWWJ6J2AHtEVBQ=3D=3D?= X-Received: by 10.107.3.32 with SMTP id 32mr27027581iod.17.1457540225464; Wed, 09 Mar 2016 08:17:05 -0800 (PST) MIME-Version: 1.0 References: In-Reply-To: From: Kathlene Reeve Date: Wed, 09 Mar 2016 16:16:55 +0000 X-Gmail-Original-Message-ID: Message-ID: Subject: Fwd: Invitation to ASM Indianapolis Student Night @ Purdue To: "msegradstudent-list@ecn.purdue.edu" , "msepostdoc-list@ecn.purdue.edu" , "mseundergrads-list@ecn.purdue.edu" , "msefaculty-list@ecn.purdue.edu" , "msestaff-list@ecn.purdue.edu" Content-Type: multipart/related; boundary=001a113ecff8632a70052da007d1 X-PMX-Version: 6.0.2.2308539 X-PerlMx-URL-Scanned: Yes X-PerlMx-Virus-Scanned: Yes X-ECN-MailServer-SpamScanAdvice: DoNotScan (-0.4/5.0) X-ECN-MailServer-Origination: mailhub247.itcs.purdue.edu 128.210.5.247 X-ECN-MailServer-VirusScanned: by ecn-av-milter --001a113ecff8632a70052da007d1 Content-Type: multipart/alternative; boundary=001a113ecff8632a6d052da007d0 --001a113ecff8632a6d052da007d0 Content-Type: text/plain; charset=UTF-8 Content-Transfer-Encoding: quoted-printable All, Below you will find an invitation to the ASM Indianapolis chapter's March meeting, a student night here at Purdue. The event will be held here in Armstrong on *Monday, March 21st*, 5:30-8PM. There will be a graduate and undergraduate student poster contest (*cash prizes awarded*), a dinner provided by ASM, and a student presentation. The meeting is free of cost to Purdue students and faculty, and your attendance is encouraged. *Please see the following link to the RSVP*: https://purdue.qualtrics.com/SE/?SID=3DSV_bdPVRyAP5YpkfJj If you are a student, graduate or undergraduate, interested in presenting at the poster competition, please email your title to Logan Kroneman at lkronema@purdue.edu. *Deadline for RSVP's and poster titles has been extended to Monday, March 14th.* Thanks and we hope to see you there! Invitation & Event Announcement: [image: pasted1] *ASM Indianapolis March Meeting Notice* *Student Night at Purdue University* The ASM Indianapolis March 2016 Chapter Meeting will be held this year on the campus of Purdue University. A Purdue undergraduate and graduate poster session and social hour will be held prior to dinner, with tours of the materials engineering departmental labs available. The meeting is provided free of charge to ASM chapter members and Purdue students. Dinner and refreshments will be provided by the Indianapolis ASM chapter. The evening will conclude with a technical presentation by Purdue Ph.D. candidate, Kathlene Reeve. Please come and join us for this great opportunity for networking between the Purdue materials engineering school and the ASM Indianapolis chapter. *When*: Monday, March 21st, 2016 *Where*: Neil Armstrong Hall of Engineering, Purdue University, West Lafayette, IN *Subject*: ASM Indianapolis Student Night at Purdue University *Organized Schedule*: 5:30 pm - 6:15 pm =E2=80=93 *Student Poster Session **(Cash prizes to be aw= arded!)* 6:15 pm =E2=80=93 7:00 pm =E2=80=93 Dinner (provided by ASM Indianapolis Ch= apter) 7:00 pm =E2=80=93 8:00 pm =E2=80=93 Student Presentation & Questions *Please RSVP at (**https://purdue.qualtrics.com/SE/?SID=3DSV_bdPVRyAP5YpkfJ= j* *) by Monday, March 14th, if you wish to attend. * *If you are a student (undergraduate or graduate) who would like to present a poster, please submit your poster title to Logan Kroneman (* *lkronema@purdue.edu* *) by Monday, March 14th.* *(Student presentation abstract and bio attached below.)* =E2=80=9CHeterogeneous Nucleation of =CE=B2-Sn in Lead-Free Solder Alloys= =E2=80=9D Kathlene (Kate) N. Reeve *Abstract*: The majority of lead-free solders used by the microelectronics industry today are Sn-rich alloys, alloys in which the =CE=B2-Sn phase comprises the primary constituent of the solidified microstructure. This results in joints that rely heavily on the properties of =CE=B2-Sn for overall solder performance, and it is the solidification of =CE=B2-Sn from the Sn-rich liq= uid that can have profound effects on joint microstructure and mechanical properties. This presentation will review methods for promotion of =CE=B2-S= n phase nucleation in Sn-based alloys. A description of the structure and properties of =CE=B2-Sn will be given, along with a discussion of the poten= tial effects of constitutional supercooling and inoculation methods within lead-free solders. Finally, current research regarding the heterogeneous nucleation of common solder intermetallics and of =CE=B2-Sn during solidification of aluminum-modified, Sn-rich solders will be presented. The relationship between aluminum solute additions and the formation and growth of common solder intermetallics and of =CE=B2-Sn grains will be discussed. = The nucleant potency of CuxAly intermetallic particles formed within aluminum-modified, Sn-rich solders will be considered in terms of the particle size distribution, particle morphology, and orientation relationship to associated intermetallic phases and to =CE=B2-Sn grains. *Support for this research is provided by the Department of Defense (DoD), the Air Force Office of Scientific Research, and the National Defense Science and Engineering Graduate (NDSEG) Fellowship (32 CFR 168a.). Additional funding provided by the Iowa State University Research Foundation, Purdue University, and Nihon-Superior through Ames Laboratory contract no. DE-AC02-07CH11358.* *Author Bio*: Kathlene (Kate) Reeve graduated from Iowa State University in 2013 with a bachelor=E2=80=99s degree in Materials Engineering and dual minors in Nucle= ar Engineering and Economics. During her time at Iowa State, Kate was active in multiple undergraduate research positions as an employee of Ames Laboratory, including topics on: production of metamaterials, synthesis of Al-Ni-Co permanent magnet alloys, and enhancements of lead-free solder alloy systems. Kate also held multiple internships during her undergraduate career with Honeywell Federal Manufacturing and Technologies located in Kansas City, MO, USA, performing research and development on upcoming nuclear weapons systems. Currently, Kate is a PhD candidate within the School of Materials Engineering at Purdue University. Her current research efforts focus on the manipulation and control of =CE=B2-Sn nucleation and g= rowth during lead-free solder alloy solidification. This current research is sponsored by the DoD through the National Defense Science and Engineering Graduate (NDSEG) Fellowship program, for which Kate is a current fellow, and additional research funding is provided in collaboration with Ames Laboratory and Nihon Superior (Osaka, Japan). Kate currently holds two joint U.S. patents for her work on the rapid solidification of aluminum-modified lead-free solder alloys and on high temperature, low reflow solder paste assemblies. She has published results in the *Journal of Electronic Materials*, and she has presented her work on multiple occasions at annual materials science conferences. Kate expects to graduate from Purdue University with her PhD in May of 2018, after which she plans to pursue a career in academics, conducting research and teaching within topics of materials science. --001a113ecff8632a6d052da007d0 Content-Type: text/html; charset=UTF-8 Content-Transfer-Encoding: quoted-printable
All,

<= div>Below you will find an invitation to the ASM Indianapolis chapter's= March meeting, a student night here at Purdue. The event will be held here= in Armstrong on Monday, March 21st, 5:30-8PM.=C2=A0

<= /div>
There will be a graduate and undergraduate student poster contest= (cash prizes awarded), a dinner provided by ASM, and a stude= nt presentation.=C2=A0

The meeting is free of cost= to Purdue students and faculty, and your attendance is encouraged. Plea= se see the following link to the RSVP:

https://purdue.qu= altrics.com/SE/?SID=3DSV_bdPVRyAP5YpkfJj

If you are = a student, graduate or undergraduate, interested in presenting at the poste= r competition, please email your title to Logan Kroneman at lkronema@purdue.edu.=C2=A0

Deadline= for RSVP's and poster titles has been extended to Monday, March 14t= h.

Thanks and we hope to see you there!




=C2=A0Invitation & Event Announcement:<= /div>

=

3D"pasted1"

ASM Indianapolis March Meeting Notice

Stud= ent Night at Purdue University

=C2=A0

The ASM Indianapolis March= 2016 Chapter Meeting will be held this year on the campus of Purdue University. A Purdue undergraduate and graduate poster session and social h= our will be held prior to dinner, with tours of the materials engineering departmental labs available. The meeting is provided free of charge to ASM chapter members and Purdue students. Dinner and refreshments will be provid= ed by the Indianapolis ASM chapter. The evening will conclude with a technical presentation by Purdue Ph.D. candidate, Kathlene Reeve. Please come and joi= n us for this great opportunity for networking between the Purdue materials engineering school and the ASM Indianapolis chapter.

<= p>

=C2=A0

When: Monday, March 21st, 2016

Where: Neil Armstrong Hall of Engineering, Purdue University, West Lafayette, IN

Subject: ASM Indianapolis Student Night at Purdue University

Organized Schedule:

5:30 pm - 6:15 pm =E2=80=93 Student Poster Session (Cash prizes to be awarded!)=

6:15 pm =E2=80=93 7:00 pm =E2=80=93 Dinner (provided by ASM Indianapolis Chapter)

7:00 pm =E2=80=93 8:00 pm =E2=80=93 Student Presentation & Questions

<= div>=C2=A0

Please RSVP at (https://purdue.qual= trics.com/SE/?SID=3DSV_bdPVRyAP5YpkfJj) by Monday, March 14th, if you wish to attend.

=C2=A0

If you are a student (u= ndergraduate or graduate) who would like to present a poster, please submit your post= er title to Logan Kroneman (lkronema@purdue.edu) by Monday, March 14th.

= =C2=A0

(Studen= t presentation abstract and bio attached below.)

=

=E2=80=9CH= eterogeneous Nucleation of =CE=B2-Sn in Lead-Free Solder Alloys=E2=80=9D

=

Kathlene (Kate) N. Reeve

Abstract:

<= /p>

The majority of lead-free solders used by the microelectronics industry today are Sn-rich alloys, alloys in which the =CE=B2-Sn phase comprises the primary constitue= nt of the solidified microstructure. This results in joints that rely heavily on the properties of =CE=B2-Sn for overall solder performance, and it is the solid= ification of =CE=B2-Sn from the Sn-rich liquid that can have profound effects on join= t microstructure and mechanical properties. This presentation will review met= hods for promotion of =CE=B2-Sn phase nucleation in Sn-based alloys. A descripti= on of the structure and properties of =CE=B2-Sn will be given, along with a discussio= n of the potential effects of constitutional supercooling and inoculation methods within lead-= free solders. Finally, current research regarding the heterogeneous nucleation o= f common solder intermetallics and of =CE=B2-Sn during solidification of aluminum-modified, Sn-rich solders will be presented. The relationship betw= een aluminum solute additions and the formation and growth of common solder int= ermetallics and of =CE=B2-Sn grains will be discussed. The nucleant potency of Cux= Aly intermetallic particles formed within aluminum-modified, Sn-rich solders wi= ll be considered in terms of the particle size distribution, particle morpholo= gy, and orientation relationship to associated intermetallic phases and to =CE= =B2-Sn grains.

Support for this research is provided by the Department of Defense (DoD), the Air F= orce Office of Scientific Research, and the National Defense Science and Enginee= ring Graduate (NDSEG) Fellowship (32 CFR 168a.). Additional funding provided by = the Iowa State University Research Foundation, Purdue University, and Nihon-Superior through Ames Laboratory contract no. DE-AC02-07CH11358.

Author Bio:

Kathlene (Kate) Reeve graduated from Iowa State University in 2013 with a bachelor=E2=80=99= s degree in Materials Engineering and dual minors in Nuclear Engineering and Economics. During her time at Iowa State, Kate was active in multiple undergraduate research positions as an employee of Ames Laboratory, including topics on: production of metamaterials, synthesis of Al-Ni-Co permanent magnet alloys,= and enhancements of lead-free solder alloy systems. Kate also held multiple internships during her undergraduate career with Honeywell Federal Manufacturing and Technologies located in Kansas City, MO, USA, performing research and development on upcoming nuclear weapons systems. Currently, Ka= te is a PhD candidate within the School of Materials Engineering at Purdue Uni= versity. Her current research efforts focus on the manipulation and control of =CE= =B2-Sn nucleation and growth during lead-free solder alloy solidification. This current research is sponsored by the DoD through the National Defense Scien= ce and Engineering Graduate (NDSEG) Fellowship program, for which Kate is a current fellow, and additional research funding is provided in collaboratio= n with Ames Laboratory and Nihon Superior (Osaka, Japan). Kate currently hold= s two joint U.S. patents for her work on the rapid solidification of aluminum-modified lead-free solder alloys and on high temperature, low refl= ow solder paste assemblies. She has published results in the Journal of Ele= ctronic Materials, and she has presented her work on multiple occasions at annual materials science conferences. Kate expects to graduate from Purdue University with her PhD in May of 2018, after which sh= e plans to pursue a career in academics, conducting research and teaching wit= hin topics of materials science.


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