Michael Kesler

Dr. Michael Kesler

orcid

Research Focus & Metrics

Academic Career Length

19Years (2008-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

View All Publications
1 December 2018 in Applied Materials Today
Verified
Journal Article
Open access
CFCharles R. Fisher
Charles R. Fisher
HHHunter Bryan Henderson
Hunter Bryan Henderson
MKMichael Kesler
Michael Kesler
PZPingping Zhu
Pingping Zhu
GBGlenn E. Bean
Glenn E. Bean
MMMichele V. Manuel
Michele V. Manuel

1 May 2018 in Additive Manufacturing
Verified
Journal Article
Closed access
LLLing Li
Ling Li
KJKodey Jones
Kodey Jones
BSBrian Sales
Brian Sales
JPJason L. Pries
Jason L. Pries
INI.C. Nlebedim
I.C. Nlebedim
MPM. Parans Paranthaman
M. Parans Paranthaman

1 August 2013 in Earth and Planetary Science Letters
Verified
Journal Article
Closed access
JCJ.E.T. Channell
J.E.T. Channell
DHD.A. Hodell
D.A. Hodell
VMV. Margari
V. Margari
LSL.C. Skinner
L.C. Skinner
PTP.C. Tzedakis
P.C. Tzedakis
MKMichael Kesler
Michael Kesler

25 April 2018 in JOM
Verified
Journal Article
Closed access
PDF file
ESEric T. Stromme
Eric T. Stromme
HHHunter Bryan Henderson
Hunter Bryan Henderson
ZSZachary C. Sims
Zachary C. Sims
MKMichael Kesler
Michael Kesler
DWDavid Weiss
David Weiss
OROrlando Rios
Orlando Rios

1 December 2016 in Mechanics of Materials
Verified
Journal Article
Closed access
PZPingping Zhu
Pingping Zhu
ZCZhiwei Cui
Zhiwei Cui
MKMichael Kesler
Michael Kesler
JNJohn A. Newman
John A. Newman
MMMichele V. Manuel
Michele V. Manuel
LBL. Catherine Brinson
L. Catherine Brinson

1 April 2018 in Journal of the Mechanical Behavior of Biomedical Materials
Verified
Journal Article
Open access
HHHunter Bryan Henderson
Hunter Bryan Henderson
VRVidhya Ramaswamy
Vidhya Ramaswamy
AWAlexander E. Wilson-Heid
Alexander E. Wilson-Heid
MKMichael Kesler
Michael Kesler
JAJosephine B. Allen
Josephine B. Allen
MMMichele V. Manuel
Michele V. Manuel
Magnesium-based alloys have attracted interest as a potential material to comprise biomedical implants that are simultaneously high-strength and temporary, able to provide stabilization before degrading safely and able to be excreted by the human body. Many alloy systems have been evaluated, but this work reports on improved properties through hot extrusion of one promising alloy: Mg-1.0 wt% Ca-0.5 wt%Sr. This alloy has previously demonstrated promising toxicity and degradation properties in the as-cast and rolled conditions. In the current study extrusion causes a dramatic improvement in the mechanical properties in tension and compression, as well as a low in vitro degradation rate. Microstructure (texture, second phase distribution, and grain size), bulk mechanical properties, flow behavior, degradation in simulated body fluid, and effect on osteoblast cyctotoxicity are evaluated and correlated to extrusion temperature. Maximum yield strength of 300 MPa (above that of annealed 316 stainless steel) with 10% elongation is observed, making this alloy competitive with existing implant materials.