Introduction

Introduction - MSE 3050: Thermodynamics and Kinetics of...

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MSE 3050, Thermodynamics and Kinetics of Materials, Leonid Zhigilei Instructor: !"#$%& ()%*%+"% Office: ,%+-&#./ 01++ 2324 Office Hours: 2523 67 8# 9523 67 :#$&1; & open Telephone: <929= >92 2?@> E-mail: +A>$BC%.*%$%1D"&E Teaching Assistant: F171$ G1)%. HI&E+ J1.%7 Office: ,%+-&#./ 01++ 232 Office Hours: TBD & open E-mail: "812IBC%.*%$%1D"&E Assistance with Illuminate: :%K)1"+ L"&M%$" E-mail: 7.NC1B"-".C%K"-DC%.*%$%1D"&E Class web page: )8865OOMMMD6"#6+"DC%.*%$%1D"&EOP+A>$O7-"23?O Class e-mail list: Q>-6R7-"R23?3BK#++1ID%8KDC%.*%$%1D"&E Contact Information: Monday and Wednesday, 2:00 – 3:15 pm Mechanical Engineering Building 339 MSE 3050: Thermodynamics and Kinetics of Materials
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Research in Computational Materials Group: S%7E+18%#$ #/ %761K8 ."-%-81$K" #/ K1.I#$ $1$#8EI" 718".%1+- S%7E+18%#$ #/ )"18 8.1$-/". %$ K1.I#$ $1$#8EI" 718".%1+ *"$".18%#$ #/ K.;-81+ &"/"K8- T.#E6 ,"I S%8"5 )8865OO/1KE+8;DC%.*%$%1D"&EOU#76:18O laser-materials interactions: +1-". 1I+18%#$ nano-structured materials: +1-". 7"+8%$*
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MSE 3050, Thermodynamics and Kinetics of Materials, Leonid Zhigilei ¾ Homework 25% ¾ Mid-Term tests 30% ¾ The final exam: 45% Homework M%++ I" &E" 18 8)" I"*%$$%$* #/ K+1-- #$ 8)" &E" &18"D 0#7"M#.V -#+E8%#$- -)#E+& I" $"18 1$& -816+"&D Late homework is not accepted. Discussions among students through the class mailing list and discussion forum are permitted/encouraged at the conceptual level, but comparing the results and discussing/copying solutions is not allowed D Mid-term tests and the final exam: 6+"&*"&W K+#-"&R I##V 1$& K+#-"&R$#8"- Grading:
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MSE 3050, Thermodynamics and Kinetics of Materials, Leonid Zhigilei Main (optional) text: 4D HD X#.8". 1$& JD FD F1-8".+%$*W X)1-" G.1$-/#.718%#$- %$ :"81+- 1$& H++#;-W > $& "&%8%#$W U)1671$ Y 01++W !#$&#$W ZJW Q[[> <G\][3 DX?[N= <."-".C" K%.KE+18" 18 SK%"$K" 1$& F$*%$"".%$* !%I.1.;=D L"6.%$8"& I; ULU X."-- %$ >332 Y >33[ <2 .& "&%8%#$= K1$ I" I#E*)8 18 MMMDK.K6."--DK#7 #. MMMD171A#$DK#7 Lecture notes M%++ 166"1. 18 8)" K+1-- M"I 61*" <)8865OOMMMD6"#6+"DC%.*%$%1D"&EOP+A>$O7-"23?= 1- K#E.-" 6.#*."--"-D Optional textbooks <6+1K"& #$ ."-".C" K%.KE+18"=5 4D LD T1-V"++W ^$8.#&EK8%#$ 8# 8)" G)".7#&;$17%K- #/ :18".%1+-W 9 8) F&DW \"M _#.V5 G1;+#. Y `.1$K%-W >332 <G\]N2 DT22 >332= K1$ I" I#E*)8 18 MMMD171A#$DK#7 Textbooks:
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MSE 3050, Thermodynamics and Kinetics of Materials, Leonid Zhigilei QD L"C%"M #/ K+1--%K1+ 8)".7#&;$17%K- $""&"& /#. E$&".-81$&%$* #/ 6)1-" &%1*.17-D >D H66+%K18%#$ #/ 8)" 8)".7#&;$17%K K#$K"68- 8# 8)" 1$1+;-%- #/ 6)1-" "aE%+%I.%1W 6)1-" 8.1$-/#.718%#$-W 1$& 6)1-" &%1*.17- %$ #$"RK#76#$"$8 1$& 7E+8%R K#76#$"$8 -;-8"7-D 2D b1-%K K#$K"68- #/ V%$"8%K 6)"$#7"$1 %$ 718".%1+-D :"K)1$%-7- #/ &%//E-%#$ %$ 718".%1+-W 1$1+;8%K1+ 1$& $E7".%K1+ 7"8)#&- 8# &"-K.%I" &%//E-%#$D J%$"8%K- #/ 6)1-" 8.1$-/#.718%#$-D F//"K8 #/ V%$"8%K- #$ 7%K.#-8.EK8E."D Syllabus: thermodynamic driving forces + kinetics of mass and heat transfer = complex microstructure of real materials
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MSE 3050, Thermodynamics and Kinetics of Materials, Leonid Zhigilei :SF 23?35 G)".7#&;$17%K- c X)1-" 4%1*.17- c J%$"8%K- Review of classical thermodynamics x First Law - Energy Balance o G)".7#&;$17%K /E$K8%#$- #/ -818" o ^$8".$1+ "$".*;W )"18 1$& M#.V o G;6"- #/ 618)- <%-#I1.%KW %-#K)#.%KW %-#8)".71+W 1&%1I18%K= o F$8)1+6;W )"18 K161K%8;W )"18 #/ /#.718%#$W 6)1-"
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Introduction - MSE 3050: Thermodynamics and Kinetics of...

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