CI133 AERC2010 FlowFoc - UPfpinho/pdfs/CI133_AERC2010_FlowFoc.pdf · J. Tsamopoulos Steady...
-
Upload
vuongxuyen -
Category
Documents
-
view
214 -
download
0
Transcript of CI133 AERC2010 FlowFoc - UPfpinho/pdfs/CI133_AERC2010_FlowFoc.pdf · J. Tsamopoulos Steady...
!"#$"#%"#&'()*(+,-.#/"#0"#1(2345.#!"#6"#6')*7-
!"#$%&'()*&+,-.&-$%#/&"&%&,$.&-.0&'*12"3&)&'.2"14(21'3$&-5.),+&',$
!"#$%&'()'*%+),#-%#.+/%+0'(1'#234*15'6#7.89/,89':,:*#:*#;2<*23,+(,#:,#=2()*+7(:,:*#:4#14+>4:3'#$(;#:,<%(),#8(1'=6#>?@@A>BC#D,(),6#D,()3/'E%A*'1E"#F**'EG%=6#*,+15';,E1G%1('HIJ%;3&;&)K%<"#0))&"LLKKK;J%;3&;&)LM5%J)
?"#$%&'()'*%+),#-%#.+/%+0'(1'#N%5O+15'6#7.89/,89':,:*#:*#;2<*23,+(,#:,#=2()*+7(:,:*#:4#14+>4:3'#$(;#:,<%(),#8(1'=6#>?@@A>BC#D,(),6#D,()3/'E%A*'1E"#J&1+0,IJ%;3&;&)K%<"#0))&"LLKKK;J%;3&;&)LM5%J)
6-$%#/&"&%&,$.#%.%7,.0&'*1$'#",8.!"#$$%&'#(
! P3*%(15'E! .Q&%(1*%+)'E
166#?4<*+#@'9(:A#B*#C#-DE5 FG*HI"JK
%*L>42(,2A#B*#C#-DE5
=M!#N4:*'5G.#M+**O(2<#/'4L
650 µm
500 µm
650 µm
500 µm
2
%*L>42(,2 G*HD"P
G*HD"P5 G*HD"I
6-$%#/&"&%&,$.#%.%7,.0&'*1$'#",8.)%!*+,,-'
Q(>349> 7'G1)R1(22*: =)'/+')1,+#&,1+)
@;@SC#K);#T#D.U#1+#/ER5%(,ELK')%(#=,E3)1,+#VB@L>@#K);#TW
3
Q(>3 7'G1)R/+** =)'/+')1,+#&,1+)
" &O*+,>(42,'#R,+(,S'*7
" G(N*27(42'*77#R,+(,S'*7
9"14.21'3$&-5.5,10,%*:
!!6 !?
!X Y#?#Q#!?Z!!
"# Y !?L!!Q
Outflow
Q
Q3
D
L
4
" M3,22*'#:(N*27(427A! [%&)#5,+=)'+)#J,(#'EE#%Q&%(1*%+)=#'+-#+3*%(15'E#5'E53E')1,+=
! .\3'E#-1*%+=1,+=#J,(#'EE#1+E%)L,3)E%)#'(*=
7(,==A=E,)#/%,*%)(RK1)0#P#(2'*>7 '+-#-#49>'*>
$# Y#%?L%! VY#"#&
Q1
Inflow
Q2
Inflow
Inflow
Q2
h
!= ?%'('
"#
= ?
@
% '#(= '()*#(
9#/*&'#%&1-.;*1',$$8.$#.(/'0(*#1"+2*3
100 µµµµm
Outflow
Depth = 100µµµµm
!; $('(842#Q,@*+
?; ]&1+#5,') &0,),(%=1=) $=ET'+-#&(%<'[%
X; ]&1+#5,')#S,++(*+#84,>FM;!E?MU"JK# '+-#842>+,7>#*23,28*+ FM;!#PTT$$K VG%()15'E#K'EE=W;
>; M3+4N*#!,7V ,G%(#5,')%-#K'J%(
UV Light
! !(8+483,22*'7"
" DE'+'(#/%,*%)(R" ]\3'(%#5(,==A=%5)1,+" P%'(ER#G%()15'E#K'EE=" ^553('5R#,J#50'++%E=#),#K1)01+#CT
5
Inflow
100 µµµµm
Inflow
Inflow
OutflowC; =R#;WO479+* _ 8+477E'(2V#
$=ET
B; `'=0#S,++(*+#84,> '+-#842>+,7>#*23,28*+
S; D,=)A<'[%#'+-#-%G%E,& $=ET
a; D,3(#1G!$ ,G%(#=3<=)(')%#'+-#53(%#Va@,76#?C#*1+=W
b; D%%E#,JJ#=3<=)(')%
!@; ]%'E#K1)0#/E'==#=E1-%#5,G%(%-#K1)0#D$N]
c;#d1'#'+-#e;#N;#`01)%=1-%=6#^++3#:%G;#N')%(;#]51;#!bba6#?a"!CXAa>
!<;,*&0,-%#".$,%(3;R(79,'(X,>(427
!(8+4784O*Af%15'6#$Ng#f.$
M,N*+,Af%15'6#$87#XC@d
&SY*8>()*#'*27A!@h ,<i%5)1G%P^Y@;X#VjkYX@µ*W
Z''9N(2,>(42AN%(53(R#E'*&#VlYCX?+*W
/('>*+#M9S*A.*1==1,+#J1E)%("#mD#CX@AC>C#+*##$150(,15#*1((,("#CBC#+*m'((1%(#J1E)%("#B!@ABSC#+*
n'*1E),+#/'=)1/0)#=R(1+/%=
6
m'((1%(#J1E)%("#B!@ABSC#+*
0+,8*+7A!;!µ*#P1E%#(%-#JE3,(%=5%+)&'()15E%=#V.QL.*"#C?@LCa@#+*W#
6::(>()*7A]$]#V@;!#K);TW
/'4L
$[+(2<*#O9NOA7.9UPg6#+%N.]c]K1)0#X#1+-%&%+-%+)#*,-3E%=
/'4L#+,>*A@;@@!#o#! o#X *EL0
$[+(2<*7An'*1E),+#e'=)1/0)#=R(1+/%=
90(%%#*,-3E%#]R(1+/%#&3*&
Inflow
Outflow
=7,#*.>7,1"15:
" p1=5,%E'=)15#8E31-"
^\3%,3=#=,E3)1,+#,J#166#VNKY!aQ!@B#/L*,EW
! 166#-5J#\#%,M'!?C#&&*#D^^Z#!T#P'7E#V+,W#Z#@;!T#]$]#V+,W
" P%K),+1'+#8E31-"
$>*,:[#$3*,+^+),+#D''(6#*,-%E#D0R=15'#N7:#X@!
7,+%A'+-A&E')%#/%,*%)(R#V-YSC**6#!qW
0#H#5D]M
7
P%K),+1'+#8E31-"
! Q,>*+`')%(Z#@;!T#]$]#V+,W
&27*>#4@#(2*+>(,'(27>,S('(>(*7
?,7*:#42#5D^ >3*#N(2(N9N#N*,79+,S'*#>4+_9*#F-^-DEU %NK
;
!<%,-$&1-#".>7,1"15:
166#-5J#\#%,M'
r%(,A=0%'(#(')%#G1=5,=1)R
-@ sD'#=t @;@@!X!
7'm.:#(%E'Q')1,+#)1*%
.7'm.: s*=t !?;>u@;?
$%+=1)R / s[/L*Xt !@@C
/'9(:#O+4O*+>(*7
0#H#5D]M
;W>*27(42,'#B3*4'4<[n''[%#7'm.:#!6#90%(*,#.E%5)(,+#7,(&,(')1,+
V'& Y#B#**W#
67O*8>#+,>(47"#v1#Y#'1L'&Y@;XXvJ Y#'JL'&Y!;CB
ZNO47*:#7>+,(2"#0 Y#E+VvJLv1W#Y#!;CX
8
0
exp3
D tD !
! "$ %# $% &
!(2(N9N#+*74'),S'*#:(,N*>*+
!X!
! g=,)0%(*'E#g+5,*&(%==1<E%#8E,K
! 7,+=)1)3)1G%#.\3')1,+=
?1+,*-&-5.,@3#%&1-$
0&' =u M427*+),>(42#4@#N,77
M427*+),>(42#4@#N4N*2>9N2
sp #%& +&' + & =! u 0
9
! 7,+=)1)3)1G%#.\3')1,+=
1 tr( ) 2 pp
!( ! ##
&' (+ + =) *
) *+ ,! ! ! D
2µ=! D
]1*&E1J1%-#D99#*,-%E
P%K),+1'+#JE31-
!H#D2 p! #
&+ =! ! D
" = 0
UE-(,R-Am#*,-%E
2! #&
+ =! ! D#####H#D
=M!#N4:*'
! /(2(>*#R4'9N*#!*>34:6#3=1+/#'#)1*%A*'(501+/#'E/,(1)0*w" e,G%(+1+/#%\3')1,+=#-1=5(%)1k%-#1+#)1*%#,G%(#'#=*'EE#)1*%#=)%&6#)," $1JJ%(%+)1'E#%\3')1,+=#1+)%/(')%-#,G%(#5,+)(,E#G,E3*%=6#7p########
wUE1G%1('#%)#'E;6#xPP8N6Sb#V!bbaW#!A>X
! `4<E842@4+N,>(42#,OO+4,83ww ),#=,EG%#)0%#%\31G'E%+)#J,(*#,J#)0%#5,+=)1)3)1G%#%\3')1,+#5,+)'1+1+/#'+#%G,E3)1,+#%\3')1,+#,J#)0%#5,+J,(*')1,+#)%+=,(;
ww8'))'E#'+-#y3&J%(*'+6#xPP8N6#!?X#V?@@>W#?a!A?aC#^J,+=,#%)#'E;6#xPP8N6#12345,,(6 V?@@aW
! g*&E151)#J1(=)A,(-%(#.3E%(#=50%*%#J,(#)1*%A-%(1G')1G%#-1=5(%)1k')1,+;
A30,*&'#".0,%71)
10
! 7%+)('E#-1JJ%(%+5%=#J,(#-1=5(%)1k')1,+#,J#-1JJ3=1G%#)%(*=;
! M=?Z$06www 01/0A(%=,E3)1,+#=50%*%#J,(#-1=5(%)1k')1,+#,J#)0%#'-G%5)1G%#)%(*=#,J#)0%#*,*%+)3*#%\3')1,+=; www^EG%=#%)#'E;6#g+);#x;#P3*;#N%)0,-=#1+#8E31-=6#!??#V?@@XW#>SASC
! D(%==3(%AG%E,51)R##'+-#G%E,51)RA=)(%==#5,3&E1+/#%+=3(%-#')#)0%#7p#J'5%=_]gNDf.7#'E/,(1)0*wwww wwwwD')'+['(#'+-#]&'E-1+/6##g+);#x;#n%')#'+-#N'==#9('+=J%(6#!C#V!bS?W#!SaS_a@B
! 90%#%+=%*<E%#,J#'EE#5,+)(,E#G,E3*%=#-%J1+%=#)0%#5,*&3)')1,+'E#*%=0;#
A30,*&'#".0,$7.#-)./13-)#*:.'1-)&%&1-$! ?492:,+[#M42:(>(427"
" gPf.9! 83EERA-%G%E,&%-#G%E,51)R#&(,J1E%! P3EE#=)(%==#5,*&,+%+)=##
" Uz9f.9! p'+1=01+/#=)(%'*K1=%#/('-1%+)=,J#G%E,51)R#'+-#=)(%==#5,*&,+%+)=
! 7,+=)'+)#&(%==3(%#/('-1%+)
" `^ff]! P,A=E1,+-1)1,+=
! !*73#M3,+,8>*+(7>(87"
" 9K,A-1*%+=1,+'E" ])(35)3(%-6#,()0,/,+'E#'+-#+,+A3+1J,(*" $1*%+=1,+=#%\3'E#),#)0%#%Q&%(1*%+)=
U3
11
e%,*%)(R P7%EE= {7*1+6#{8*1+{k*1+
5G ?X@@! @;@?'
$>,2:,+:#!*73#97*:V*,(%#(%J1+%-#*%=0%=#'E=,#3=%-WU2U2
U1
y
x(0,0)
B1-+,*5&-5.9"14'9X
'!
p:Y! p:Y? p:Y!@
`')%(
12
! 9K,#,&&,=1+/#E')%('E#=)(%'*=#=0'&%#'#)01(-#1+E%)#=)(%'*#
! 7,+G%(/1+/#JE,K#(%/1,+
! ]%&'(')1,+#=)(%'*E1+%=#+')3('EER#%G,EG%#),#'#+%'(ER#0R&%(<,E15#=0'&%
! n%+5[R#=)('1+#5,+)(,EE%-#<R#,&%(')1+/#&'('*%)%(="
! ^&&(,Q1*')%ER#5,+=)'+)#=)('1+#(')%#')#)0%#5%+)%(E1+%
( )(! " ' (= = + '# $ ) *+ ,% &
!|X
XE+ E+ ! ??:
' $#'
B1-+,*5&-5.9"14'9X
'!
p:Y! p:Y? p:Y!@
`')%(
13
! 9K,#,&&,=1+/#E')%('E#=)(%'*=#=0'&%#'#)01(-#1+E%)#=)(%'*#
! 7,+G%(/1+/#JE,K#(%/1,+
! ]%&'(')1,+#=)(%'*E1+%=#+')3('EER#%G,EG%#),#'#+%'(ER#0R&%(<,E15#=0'&%
! n%+5[R#=)('1+#5,+)(,EE%-#<R#,&%(')1+/#&'('*%)%(="
! ^&&(,Q1*')%ER#5,+=)'+)#=)('1+#(')%#')#)0%#5%+)%(E1+%
( )(! " ' (= = + '# $ ) *+ ,% &
!|X
XE+ E+ ! ??:
' $#'
$% H#D"-=M!#N4:*'5G.#M+**O(2<#/'4L
6-$%#/&"&%&,$.#%.%7,.0&'*1$'#",
;W>"
14
U+=%)#,J'=R**%)(R
$% H#D"PI
! 8,(#'4L p:"#'=R**%)(15#JE,K#+,)#,<=%(G%-! 8,(#3(<3 p:"#7[NN*>+(8 # ,7[NN*>+(8 # 478('',>4+[
" 90%#8+(>(8,'#$%8 <%5,*%=#'&&(,Q1*')%ER#8427>,2>"#'(5 M @;XX" ?(7>,S'* JE,K
$3*,+
B4>
!22,'%.12.!" 1-.%7,.),5*,,.12.#$:00,%*:
3
* W EF FFF%=
5Q 5;
-
P
;@@*8>#4@#RBz7N#N,-%E?$6#7(%%&1+/#8E,K
15
! m1=)'<E%#8E,K! 8,(#01/0#$#"
" '(; (2:*O*2:*2>#4@#&'" .G,E3)1,+#,J#'=R**%)(R#1+-%&%+-%+)#,J $#" ]3&%(5(1)15'E#&1)50J,([#<1J3(5')1,+"#
"wY@#V7[NN*>+(8 JE,KW8w#&(,/(%==1G%ER#-%G1')%=#J(,*#"w#Y#@'=#)0%#JE,K#<%5,*%=#1+5(%'=1+/ER#'=R**%)(15;
= %
= %
w
@;Cb @;XX;" < '( '(
'(
UE1G%1('#%)#'E;6#xPP8N6#!B@#V?@@bW#X!AXb
!22,'%.12.* 1-.%7,.),5*,,.12.#$:00,%*:
3
* W EF FFF%=
;@@*8>#4@#****UE-(,R-Am#N,-%E?$6#7(%%&1+/#8E,K
# #*# # #
+ =+@
1 1
1 =
16
5Q 5;
-
P
"wY@#V7[NN*>+(8 JE,KW8w#&(,/(%==1G%ER#-%G1')%=#J(,*#"w#Y#@'=#)0%#JE,K#<%5,*%=#1+5(%'=1+/ER#'=R**%)(15;
" * 0'=#'#=)'<1E1k1+/#%JJ%5)#,+#)0%#JE,K"! Z28+*,7* 1+#)0%#5(1)15'E#$%8! 8,(#* }#BLb6#24#=)%'-R#'=R**%)(R#1=#,<=%(G%-;
!22,'%.12.( 1-.%7,.),5*,,.12.#$:00,%*:
3
* W EF FFF%=
5Q 5;
P
;@@*8>#4@#((((]D99#N,-%E?$6#7(%%&1+/#8E,K
17
"wY@#V7[NN*>+(8 JE,KW8w#&(,/(%==1G%ER#-%G1')%=#J(,*#"w#Y#@'=#)0%#JE,K#<%5,*%=#1+5(%'=1+/ER#'=R**%)(15;
" Z28+*,7* 1+#)0%#5(1)15'E#$%8" $%5(%'=%#1+#)0%#-%/(%%#,J#'=R**%)(R#V( ~#@;@>W" 8,(#�#}#@;@>6##)0%#=)%'-R#'=R**%)(R#+,#E,+/%(#,<=%(G%-;#90%#JE,K#)('+=1)1,+=#-1(%5)ER#J(,*#=)%'-R#=R**%)(15#),#3+=)%'-R;
-
UE1G%1('#%)#'E;6#xPP8N6#!B@#V?@@bW#X!AXb
C<&#".A1*0#".=%*,$$.D*12&",$
5Q 5;
6W(,'#24+N,'#7>+*77#O+4@('*7#,'42<#>3*#8*2>*+'(2*#FW#H#DK
18
UE1G%1('#%)#'E;6#xPP8N6#!B@#V?@@bW#X!AXb
Ä ]1*1E'(#E%G%E=#,J#+,(*'E#=)(%==%=#'501%G%-#+%'(#5(1)15'E#5,+-1)1,+=;
Ä .Q)%+=1,+'E#&(,&%()1%=#-%51=1G%#J,(#)0%#,+=%)#,J#JE,K#'=R**%)(R;
E&$'1,"#$%&'.9"3&)8.4556789:+!'R(784*',7>(8
!! Y @;@!#*EL0
(28+*,7(2<#(5
19
(5 H D"DJ N'a36##$# Y#C# (5 H D"5 N'a36#p:#Y#?@ (5 H D"J N'a36#p:#Y#C@#( Y @;?X6##'( Y#@;Xa #( Y @;aS6##'( Y#!;>! #( Y ?;!C6##'( Y#X;>Sb#
R(784*',7>(8
]R**%)(15 ])%'-R#^=R**%)(15 z+=)%'-R#X$
E&$'1,"#$%&'.9"3&)8.4556789:+!'R(784*',7>(8
(5 H D"DJ N'a36##$# Y#C# (5 H D"- N'a36#p:#Y#!@ (5 H D"5 N'a36#p:#Y#?@#( Y @;?X6##'( Y#@;Xa #( Y @;>C6##'( Y#@;S?X# #( Y @;aS6##'( Y#!;>!
!! Y @;@!#*EL0
20
R(784*',7>(8
%*L>42(,2
E&$'1,"#$%&'.9"3&)8.4556789:+!'R(784*',7>(8
.Q&%(1*%+)'E
!! Y @;@!#*EL0
21
=M!
?$#7'E53E')1,+=
(5 H D"DJ N'a36##$# Y#C# (5 H D"- N'a36#p:#Y#!@ (5 H D"5 N'a36#p:#Y#?@#( Y @;?X6##'( Y#@;Xa #( Y @;>C6##'( Y#@;S?X# #( Y @;aS6##'( Y#!;>!
E&$'1,"#$%&'.F1),"=M!
?$#7'E53E')1,+=
z+=)%'-R#X$
!! Y @;@!#*EL0
22
?$#7'E53E')1,+=
&':+4[:E?
?$#7'E53E')1,+=
(5 H D"DJ N'a36##$# Y#C# (5 H D"5 N'a36#p:#Y#?@ (5 H D"PJ N'a36#p:#Y#XC#( Y @;?X6##'( Y#@;Xa #( Y @;aS6##'( Y#!;>! #( Y @;aS6##'( Y#!;>!
!<;,*&0,-%#".9"14.F#;
;WO*+(N*2>,'D^^#!?C#Z#P'7E
23
67[NN*>+(8/'4L
%9N*+(8z7N#N,-%E?$6#7(%%&1+/#8E,K
=27>,S'*/'4L
$[NN*>+(8/'4L
=300#*:
! .E'=)15'EERA-(1G%+#'=R**%)(1%=#')#)0%#*15(,=5'E%;
! $[NN*>+(8ES+*,V(2<#S(@9+8,>(42 ')#01/0#'(>'+- $#?
! =27>*,:[#PG JE,K#'<,G%#'#5(1)15'E#'("#3=%J3E#J,(#*1Q1+/#&3(&,=%=;
24
! P3*%(15'E#?$#5'E53E')1,+=#(%&(,-35%#\3'E1)')1G%ER#)0%#%Q&%(1*%+)'E#(%=3E)=;
&2<4(2<#L4+V"" .Q&%(1*%+)'E"#µDgp" P3*%(15'E"#X$#=1*3E')1,+=
C'G-14",)5,0,-%$
! 7,EE'<,(')1,+="" e;#n;#N5y1+E%R6#Ng9" D;#x;#UE1G%1('6#zmg" :;#x;#D,,E%6#z#f1G%(&,,E" D;#7;#],3='6#8.zD
! 83+-1+/"
25
" 83+-'ÅÇ,#&'('#'#71É+51'#%#'#9%5+,E,/1'#'+-#8.$.:#VD,()3/'EW#3+-%(#&(,i%5)="! D9$7L.2zA899LS!a@@L?@@B! D9$7L.2zA899LS@S?SL?@@B
Annual EuropeanRheology Conference
April 7-9, 2010 Göteborg, Sweden
AERC 2010 Conference Information
Photo: Göran Assner
!"#$%&'()"*)%+',-./'0121'
345'#"675)56#5'8$&&'$6#&9:5'5;56$6*'%#<$;$<$5='%&&'5;56$6*='"7'<45'#"675)56#5>''
!"#$%&'()*+,-(.'
•! ?67")+%&'*%<45)$6*'%6:')5*$=<)%<$"6'%<'/4%&+5)='#"675)56#5'#56<)5'
/#%0#$%&'()*+,-(1'
•! .5#5(<$"6'%<'<45'/$<@'A%&&'$6'BC<5D")*''
!2"+$%&'()*+,-(3'
•! /"675)56#5'D%6E95<'%<'A"<5&'F%)G',;5695''
'
'
'
From
8:
009:
00–
9:20
9:20
–10:
0010
:00
–10
:40
Lecture Hall Runan Palmstedtsalen Scaniasalen Catella Valdemar GD VH
Sympo-sium Polymer melts and solutions Complex fluids Complex flows Food and
bio-rheology Applied rheology Rheometry Ultrasonic techniques - ISUD7
10:4
0–11
:00
Keynote LectureManfred Wagner
Peter Holmqvist The phase behaviour and kinetics of attractive rod-like viruses under shear flow.
Oriane Bonhomme Interfacial Instability due to elastic stratification in concentric flow in microfluidics
Xiuying Qiao Effect of fiber network on the rheological behavior of silk fibroin fiber reinforced poly(å-caprolactone) biocomposites
Quentin Barral Three dimensional rheometry: application to yield stress fluids
Reidar Barfod Schüller Effect of random noise on the prediction accuracy of the statistical model for determination of wax appearance temperature from rheological data.
Keynote LectureYasushi Takeda & Hiroshige Kikura
11:0
0–11
:20
Recent progress in modeling of polymer melt rheology
Dimitris Vlassopoulos Dynamics and rheology of colloidal star polymer solutions
J. Tsamopoulos Steady viscoelastic film flow over two-dimensional topography
Antonio Sullo Characterisation of starch/cellulose blends
Galina Kubyshkina Polyamides with gradient structure in medical applications
Gerrit W. M. Peters Semi-crystalline polymers: counting nuclei with rheometry Paradigm shift in flow metering
11:2
0–11
:40 Christian Carrot A modification of the Leonov's
model for the explanation of a secondary plateau on the loss modulus of heterogeneous polymer systems: the leap-frog mechanism
Kuzhir Pavel Shear Rheology of magnetic fibre suspensions
F. T. Pinho A low Reynolds number turbulence model for turbulent channel flow of FENE-P fluids
Yuri Antonov Effect of Sulfate Polysaccharide on the Structure Formation and Phase-separation Behaviour in Biopolymer Emulsion.
Stefania Baldursdottir Development of therniresponsive particulate vaccine formulations
Jan Philip Plog Determination of molecular structures as a function of the deformation by means of simultaneous rheometry and FT-IR spectroscopy
Hideki Murakawa Identification of liquid-gas interface based on ultrasonic reflected signal for two-phase flow velocity measurement
11:4
0–12
:00
D. Auhl Nonlinear flow behaviour of highly-entangled Bimodal polystyrene blends
Simon Rogers Nonlinear response of soft colloidal glasses undergoing yielding
Nouar Chérif Transitional flow of a non-Newtonian fluid in a pipe.Experimental evidence of weak
turbulence induced by shear-thinning behaviour
Azad Emin Dispersion of low viscous oil droplets into thermoplasticized starch matrix in simple shear flow
Ivan Saprunov Time-dependent properties of PA fibers in comparison with corresponded material bulk properties
Andreas C. Voelker Soft materials rheology studied by diffusing wave spectroscopy
Daisuke Ito Two-phase flow monitoring using ultrasonic multi-wave technique
12:0
0–13
:10
13:1
0–13
:30
Dimitris Vlassopoulos Viscoelastic relaxation of entangled exact comb polymers
Keynote LectureNorman J Wagner
Marc-Antoine Fardin Elastic turbulence in the flow of wormlike micelles
Brian Love Gelation of photopolymerized hyaluronic acid grafted with glycidyl methacrylate
A. O. Nieckele Wax deposition of a Bingham fluid in channel flow
Anthony Harriman Multi-functional fluorescent probes for in-situ measurement of visco-elasticity
Yuichi Murai Ultrasound Doppler rheometry from spin response of viscoelastic and bubbly liquids
13:3
0–13
:50
Jung-Eun Bae A new algorithm for time-temperature superposition
Microstructure and rheology relationships for concentrated colloidal dispersions: Shear thickening fluids and their applications.
Jin Suk Myung Shear banding in rotating couette flow of anisotropic particulate suspensions
Emmambux M Naushad Rheology of low calorie mayonnaise with indigenous African teff starch as fat replacer
Florian Démé Rheology and morphology of extruded thermoplastic flour/ PBAT blends : influences and interactions of specific energy, plasticizer content and botanical origin.
Andrew C. Benniston "Clip and Go" technology: taylor-made fluorescent viscosity probes
Takahisa Shiratori Velocity profiling of viscoelastic fluids around a falling sphere
13:5
0–14
:10
E. van Ruymbeke Nonlinear rheology of bidisperse linear polymers: mixing law and tube pressure effect
Rawiwan Banchathanakij Static and dynamic properties of organized molecular systems for the design of silicate mesoporous materials
M.P. Lettinga Competition between shear banding and wall slip in wormlike micelles
Taco Nicolai Universal rheology of xanthan solutions: from visco-elastic solutions to shear thinning gels.
Achraf Guefrech Rheology of silica gels in grouting
Claudia Carotenuto Apparent wall slip induced by roughed plate surfaces
Beat Birkhofer Wall shear measurement based on ultrasonic velocimetry for process in-line rheometry
14:1
0–14
:30
Joachim Kaschta Temperature-dependent elastic properties of linear and various long-chain branched polyolefin melts
Fernando Bautista The rheological global diagram and critical phenomena beyond equilibrium for self-associative fluids
Divoux Thibaut A time resolved study of the yielding transition for a simple yield stress fluid
Thomas Gillgren Impact of melt rheology on zein foam properties
Friedrich Wolff Viscoelastic properties and crosslinking behaviour of a silicone resin
Kyung Hyun Ahn In-situ visualization of capillary flow of concentrated suspensions
Sebastien Manneville Ultrasonic velocimetry in carbon black suspensions
14:3
0–14
:50
Beatriz Olalla Viscoelastic effects related to agglomerates in dispersion of mineral particles within molten polymers
Brian Love Concentration dependent micellization of F127 solutions and the kinetics of ordering using rheology, DSC, and small angle x-ray scattering
Catherine Barentin Influence of boundary conditions on yielding in a soft glassy material
Daniel Johansson Extensional rheology applied to development of gluten-free bread
Moises Garcia-Morales Rheology and foaming kinetics of poly-urethane/urea modified bitumen
Erwin K. Reichel Miniaturized high frequency plate resonators for rheometric applications
Emma Levenstam Bragd Ultrasound based methods for acoustic characterization, in-line viscosity and solid fat content (SFC) measurements of fat blends
16:1
0–16
:30
Emilia Gioffredi Crystallization behavior of organoclay reinforced iPP
Octavio Manero Flow-induced birefringence near of non-equilibrium critical point for worm-like micellar solutions
Keynote LectureSandra Lerouge, Erich Windhab
Patricia Lopez-Sanchez Rheological properties of carrot and tomato dispersions as result of high pressure homogenisation (HPH)
Francisco Javier Navarro Domínguez Rheological properties of new stable MDI isocyanate-based bituminous foam
Francois Caton Fast fourier transform rheometry Maxime Chinaud USV procedure for flowing fluids and suspensions
16:3
0–16
:50
Marina Saphiannikova Effects of strain and stress amplification in filled polymer melts
Shibaev Andrey Viscoelastic behavior and responsiveness of surfactant gels formed by wormlike micelles
Shear banding and other two-layer flows with transient microstructure in theory and applications
Elling-Olav Rukke Rheological studies of butter and margarine exposed to repeated breaks in the cooling chain.
Laurence de Viguerie Evolution of the renaissance oil painting media through rheological clues
Franck Challanges measuring the stress response of viscoelastic fluids during LAOS experiments.
Stéphane Fischer A new high resolution velocity and acoustic turbidity profiler for open-channels
16:5
0–17
:10
Aurélie Papon LAOS: a new signature for the mechanics of filled elastomers
Mônica Naccache Waxy crude oils: rheological characterization, apparent wall slip, and history effects
Chaiwut Gamonpilas Comparative rheological studies of commercial chili sauces
Suraj Deshmukh Rheology of complex urethane adhesives
Reidar Barfod Schüller experimental determination of time dependent yield properties
Jolanda Jenzer Althaus Experiments on water jet induced cyclonic circulation - measurement of flow pattern and sediment concentration at reservoir outlet works
18:00
14:5
0–16
:10
RegistrationChalmers Conference Centre Reception
Welcome ceremony
Wednesday April 7
Cha
ir: J
ohan
na A
hoC
hair:
Man
fred
Wag
ner
Cha
ir: B
ettin
a W
olf
Cha
ir: H
eidi
Nie
lsen
Cha
ir: H
elm
ut M
ünst
edt
Cha
ir: M
arcu
s S
chm
idt
Reception in the City Hall
AERC 2010, tentative program Revised 2010-03-25
Lunch
Coffee Break
Poster session 1
Environmental rheologyPlenary lecture by David Boger
Coffee Break
Cha
ir: J
ean
Fran
cois
Tas
sin
Cha
ir: L
ione
l Cho
plin
Cha
ir: L
ione
l Cho
plin
Cha
ir: J
oao
Mai
a
Cha
ir: M
oshe
Got
tlieb
Cha
ir: V
erus
cha
Fest
erC
hair:
Sam
i Hie
tala
Cha
ir: N
aush
ad E
mm
ambu
x
Cha
ir: J
an E
ngm
ann
Cha
ir: S
usan
a Fi
lipe
Cha
ir: N
iall
You
ng
Cha
ir: M
arcu
s S
chm
idt
Cha
ir: J
ohan
Wik
lund
Cha
ir: D
e C
esar
eC
hair:
Yas
ushi
Tak
eda
From 8:00
9:00
–9:4
09:
40–
9:50
Lecture Hall Runan Palmstedtsalen Scaniasalen Catella Valdemar GD VH
Sympo-sium
Modelling/Simulation and Computational Food and bio-rheology Applied Rheology Complex Flows Dispersion rheology Polymer melts and solutions Ultrasonic techniques - ISUD7
10:0
0–10
:20
Keynote LectureOliver Harlen
Keynote LecturePeter Fischer
A.C. Mulji High Frequency Rheology and Processing of Ink-Jet Fluids
Seyed Mohammad Taghavi Displacement flows in conduits: pseudo-stationary residual layers without a yield stress
François Boyer Normal stresses and particle migration in concentrated granular suspensions
Marco Dressler Microstructural modeling of viscoelastic polybutadiene/montmorillonite clay-nanocomposites
Keynote LectureMathias Fink
10:2
0–10
:40
Jet break-up of polymer solutions in inkjet printing Improved rheological properties of biopolymers through innovations in raw material processing
Milan Kracalik Elongational and shear flow in polymer-clay nanocomposites measured by on-line extensional and off-line shear rheometry
Tobias Himmel The use of thermoplastic elastomers as novel processing aids in extrusion of polyethylene
A.M. Philippe Organisation of disk like particles under flow : Rheo-SAXS investigation
Horst H. Winter Rheology of entropically driven exfoliation of clay in a colloidal gel
Multi-wave Imaging : A solution to image rheological properties of soft tissues
10:4
0–11
:00
Young Joon Choi Simulations of two-particle interactions in shear flow of a viscoelastic fluid using the extended finite element method
Birgitta Schiedt Rheological properties of wheat dough and corresponding model systems
Giovanna Iannuzzi Generation of flow marks – possible relations to the rheological properties of polypropylene melts
Mario Minale The use of rheology to investigate flow through a porous layer
Frederic Blanc Measurement of the shear velocity profile's build up in a concentrated suspension.
Henrik Persson Melt rheology as a tool to evaluate dispersion of expanded graphite in PS
Philippe Schmitt Suspended particles in wastewater: acoustical characterization and modeling
11:0
0–11
:20
11:2
0–11
:40
Monirosadat Sadati Reconstruction of smooth velocity and velocity gradient fields from velocity data obtained in a complex flow situation
Bettina Wolf Viscosity reduction in low-fat chocolate based on a polymeric surfactant
Keynote LectureNorbert Willenbacher Blaise Nsom Slope effect on core-annular flow Talib Dbouk Normal stresses in sheared non-
brownian suspensions
S. J. Lee Rheological behavior of polystyrene/multi-walled carbon nanotube nanocomposites using latex technology
Samsun Nahar Steady and unsteady flow characteristics of a shear thinning fluid through a collapsed elastic tube
11:4
0–12
:00
Grigory Pyshnogray The statistical mechanics of suspension nonlinear dumbbells and modelling of process of polymeric films custing on its basis
Malcolm Mackley The rheology of swallowing Capillary breakup elongational rheometry (CaBER) beyond the cylindrical filament case
Valery Kulichikhin Rheo-X-ray study of polymer nanocomposites in conditions of strong shear flow
Jan Vermant Surface flows of 2D colloidal aggregates and aggregate networks.
Joung Sook Hong Dispersion of multi-walled carbon nanotube in PB/PDMS blend
Reinhardt Kotze Measurement and Analysis of Flow Behaviour in Complex Geometries using Ultrasonic Velocity Profiling (UVP) Technique
12:0
0–12
:20
Anthony Wachs A massively parallel DEM-DLM/FD method for DNS of granular and particulate flows and its application in rheology
Heidi Nielsen The missing link – sensory and rheology study of low fat stirred yoghurt.
Ute Keßner Thermorheology as a very sensitive method to analyse molecular structures
Ahmed Allal How does adhesion control the flow conditions in extrusion
R.I.Tanner Suspension mechanics for spheres and oblate spheroids
Mohammad Ranjbaran A comparative experimental study of relationship between rheological and mechanical properties of extrudate two-layer polymer melts
Erica Camnasio Flow field and sediment deposition in a rectangular shallow reservoir with non symmetric inlet and outlet configuration
12:2
0–12
:40
Peter Van Puyvelde Effect of particles on the flow-induced crystallization of polypropylene at processing speeds
Yumi Matsumiya Viscoelastic and dielectric investigation of segmental dynamics of polystyrene
12:4
0– 13:4 0
Dispersion Rheology Food and bio-rheology
13:4
0–14
:00
Sérgio Frey Numerical simulations of inertia flows of yield-stress fluids via multi-field GLS-type method
Keynote LectureOlivier Pouliquen
Mathias Krebs Experimental investigation and phenomenological rheology of single and two-phasepolypropylene melt
Claire Rigal Experimental study of Newtonian and non-Newtonian fluids in centered and eccentric
cylinders flows
Andreja Zupancic Valant The influence of volume expanders on the rheological properties and the flow of blood in arteries
Frédéric Bossard Rheological investigation of polymer scission and aggregation induced by the dispersion in high molecular weight PEO solutions
De Cesare River intake and desander efficiency testing on a physical model using UVP and LSPIV
14:0
0–14
:20
M.F. Webster A study on Bautista-manero models for worm-like micellar systems Rheology of granular pastes Kalman Geiger A new heuristic flow Law Paula Moldenaers Deformation and break-up of
droplets in controlled mixed flowsGerrit.W.M. Peters Does subcutaneous adipose tissue behave as an (anti-)thyxotropic material?
Víctor Hugo Rolón Garrido The interchain pressure effect in shear rheology
Josef Pal Experimental investigation on the fluid flow driven by an off-axis oriented travelling magnetic field
14:2
0–14
:40
Alexander Morozov Purely elastic and inertio-elastic instabilities in shear layers
Alexandre Pierre Spreading flow of calcium sulfate suspensions: influence of chemical admixtures
Helia Sojoudi Asli Rheologically determined phaseseparation of PVME aqueous solution, influence of spherical nanoparticles
Nagamani Koganti Rheological behavior of starch- N-methyl morpholine N-oxide solutions
P. C. Sousa Extensional flow of blood analogue solutions
Chr. Friedrich Thermo-rheological behavior of hyperbranched polyether polyols: role of molecular weight and stickiness
Sven Eckert Investigations of the bulk flow inside a cylindrical liquid metal column generated by diverse AC magnetic fields
14:4
0–
15:0
0
Rheology of solids Complex fluids Applied Rheology
15:0
0–15
:20
Patrick Ilg Towards constitutive models by systematic coarse-graining the microscopic, non-equilibrium dynamics of polymer melts
Genta Rexha Numerical predictions of the order two batchelor´s coefficient for the dynamic and complex viscosity of a non brownian suspension
Keynote LectureHongbing Lu, Masayuki Nakada
Anton Santamaria Analysis of liquid crystalline behaviour as a route to discover molecular arrangement of inorganic copolymers
Christian Clasen Dispensing of complex fluids – the influence of the rheological properties
Hiroshi Watanabe Rheo-dielectric behavior of cis-polyisoprene under steady shear and LAOS
Cha
ir: S
ven
Eck
Andreas Cramer Application of the Ultrasound Doppler Velocimetry in a Czochralski crystal growth model experiment
15:2
0–15
:40
João Maia Direct simulation of micro- and nano-fibre composites in shear and extensional flows
Rut Besseling Flow dynamics on the particle level in dense suspensions
Experimental methodology for time-dependent polymer materials
Nicolas Mougin Bubbles dynamic in yield stress fluids: internal stresses and wake effects.
S. Nahar Prediction of velocity profiles of shear thinning fluids flowing in tubes
Susana Filipe Non-linear rheological parametersfor characterization of molecular structural properties
in polyolefins
Sven Franke 2d-2c Ultrasound Doppler Array Velocimeter forFlow Investigations in Liquid Metals
15:4
0–16
:00
Christopher Pipe Viscoelastic flow near planar stagnation points on bluff bodies in microfluidic devices
Philippe Coussot A general, conceptual, physical model for the rheology of jammed systems
JF Tassin Molecular picture of shear induced gelation in an associating polymer solution
Laurent Orgeas Xray microtomography and pull-out test to analyze the microstructure and fibre-fibre interactions in a concentrated fibre bundle suspension
Iakovos Vittorias Linear and non-linear rheology of linear polydisperse polyethylene
Klaus Timmel Ultrasonic flow measurements in a low temperature liquid metal model of the continuous steel casting process
16:0
0–17
:00
19:00
Cha
ir: S
ebas
tien
Man
evill
e
Cha
ir: F
rede
ric B
ossa
rdC
hair:
Val
ery
Kul
ichi
khin
Cha
ir: F
rede
ric B
ossa
rdC
hair:
Vito
r Bar
roso
Lunch
Cha
ir: M
iche
l Clo
itre
Cha
ir: P
aula
Mol
dena
ers
Cha
ir: E
rich
Win
dhab
Cha
ir: J
ean-
Fran
cois
Tan
in
AERC 2010, tentative program Revised 2010-03-25
Coffee Break
Poster session 2
Registration
How big are polymers?The span dimension as a measure of polymer size
Plenary lecture by Ole Hassager
Presentation of AERC 2011
Coffee Break
Thursday April 8
Cha
ir: D
avid
Wei
tz
Cha
ir: V
erus
cha
Fest
er
Conference dinner at Hotel Park Avenue
Cha
ir: H
enrik
Ras
mus
sen
Cha
ir: D
imitr
is V
laso
poul
os
Cha
ir: C
rispu
lo G
alle
gos
Cha
ir: Ig
or E
mri
Cha
ir: B
ettin
a W
olf
Cha
ir: P
aula
Mol
dena
ers
Cha
ir: M
iche
l Clo
itre
Cha
ir: B
eat B
irkho
fer
Cha
ir: M
artie
n H
ulse
n
Cha
ir: D
imitr
is V
laso
poul
os
Cha
ir: S
usan
a Fi
lipe
Cha
ir: H
enrik
Ras
mus
sen
Cha
ir: J
an E
n gm
ann
Cha
ir: J
an E
ngm
ann
Cha
ir: D
avid
Wei
tz
Cha
ir: H
enrik
Ras
mus
sen
Lecture Hall Runan Palmstedtsalen Scaniasalen Catella Valdemar GD VH
Symposium Polymer melts and solutions Complex fluids Rheometry Interfacial Rheology of solids Modelling/Simulation and
Computational Dispersion rheology
9:00
–9:2
0
Natalie Germann Rheological and microstructural properties of an extended White-Metzner fluid in eccentric annular flow
F.I. Roschzttardtz Complex rheo-thermal behaviour and universality of multiblocks copolymers
Keynote LectureHelmut Münstedt
Inbal Preker PEO-PDMS block copolymers at isooctane/water interface – interfacial activity and dilatational rheology
Ulrich A. Handge Thermal and viscoelastic properties of polyamide 6/halloysite nanocomposites
Azadeh Jafari Simulation of flows of viscoelastic fluids at high Weissenberg number using a filter-based stabilization of the spectral element method
PFG Banfill Rheology of carbon fibre-reinforced cement pastes
9:20
–9:4
0
Chen-Yang Liu Prob rheology: a simple method to test chain dynamics
Katarzyna Niedzwiedz Determination of yield stress from capillary breakup elongation rheometry (CaBER)
Creep-recovery experiments as a powerful tool to investigate molecular processes in polymer melts
Lazhar Benayhia A dancing droplet: experiments and a model of a Newtonian droplet undergoing large amplitude oscillatory shear flow in another immiscible Newtonian matrix
Didier R. Long Unique plastic and recovery behaviour of nano-filled elastomers and thermoplastic Eelastomers (payne and mullins effects)
Tommi Borg Practical linear viscoelastic models by control theory
Florian J. Stadler Gelation of dilute suspensions of spherical and rod-like zinc oxide nanoparticles by dye absorption – a novel route to gelation
9:40
–10:
00 Salvatore Coppola Viscoelasticity of elastomers from uncured to cured state: effects of polymer structure
Joerg Laeuger Differences between stress and strain control in the non-linear behaviour of complexfluids
Anne Ladegaard Skov Reversible planar elongationof soft polymeric networks
Reza Foudazi Rheology of highly concentrated water-in-oil explosive emulsions
P. Martinoty Mechanical properties of uniaxial magnetic gels
Ian Frigaard Stable multilayer flows with yield stress fluids: entry effects and stability
Jung Gun Nam Strain stiffening of non-colloidal hard sphere suspensions dispersed in Newtonian fluid near liquid-crystal coexistence region
Microrheology
10:1
0–10
:30
Bernadette Duscher The time-concentration superposition of carbon dioxide plasticized polymer melts
Keynote LectureLuca Cipelletti
Christian Wagner Is there a relationship between the elongational viscosity and the first normal stress difference in polymer solutions?
N Huang Rheological studies on the bulk and at theinterface of a pickering oil/water emulsion
L. Grassia On the viscoelastic poisson’s ratio in amorphous polymers
Christian Bailly A proposal to solve the time-modulus discrepancy of tube models for linear entangled polymers
Alain Ponton Structural and rheophysical investigation of magneto-sensitive biopolymeric materials
10:3
0–10
:50
João Maia An experimental study on the criteria forfailure of polymer melts in uniaxial extension: the test case of a polyisobutylene melt in different deformation regimes
Anomalous dynamics in jammed soft matter and its implication for microrheology
Kaijia Yu Extension of cylindrical samples in the Sentmanat extensional rheometer (SER)
Philipp Erni Length time and force scales in emulsions for flavor and fragrance delivery systems
Markus Hütter Thermodynamics perspective on dislocation dynamics
Gaetano D'Avino Experimental and numerical study of migration of a sphere in Couette flow induced by viscoelastic stresses
Pierre J. Carreau Rheology, morp-hology and microstructure development of PC/MWCNT suspensions
10:5
0–
11:2
0
Symposium
Polymer melts and solution + Complex Flows
11:2
0–11
:40
Wilhelm Manfred Establishing a new nonlinear mechanical parameter Q from FT-Rheology: first investigation on entangled linear and comb polymermodel systems
Claude Oelschlaeger Effect of counterion binding efficiency on structure and dynamics of wormlike micelles
Teodor I. Burghelea The role of homogeneity in measurements of the transient elongational viscosityof polymer melts: stressing versus creep
Keynote LectureNikolai Denkov
Toshio Tada Non-linear stress relaxation behavior ofcarbon black filled rubber vulcanizates under various
types of deformation
Chien-Cheng Huang Semidilute polymer solutions under shear flow
Mark Haw Jamming, unjamming, lubrication and dilation in concentrated colloidal dispersions
11:4
0–12
:00
Henrik K. Rasmussen Does the interchain pressure effect exist in flow of polymer melts?
Andreas Schneider Direct measurement of shear-induced cross correlation of Brownian motion
Zden Star! On the “viscosity overshoot” during the uniaxial extension of a low density polyethylene Viscous friction in sheared foams and emulsions
Noëlle Billon Thermomechanical constitutive modelling for semi crystalline polymers at a meso
scale.
C.Tzoumanekas Tube segment survival probability from computer generated trajectories: onset of tube confinement
Jean Charles Majeste Concentration dependence of the non linear viscoelastic properties of polymer-grafted particles in polymer melt
12:0
0–12
:20
Vitor C. Barroso Non-linear rheological properties of long-chain branched polyethylenes
Catalin Mihai Balan influence of elasticity on the vortical structures formed in micro-channels geometries
Martin Rides Measurement of the extensional flow behaviour of fluids using a modified rotational rheometer
Gerald Fuller Particle removal: turning liquids into soft adhesives
Cornelia Grabsch New approach for the application of rheological models for the interpretation of
viscoelastic substances
T N Phillips Mathematical and computational models for compressible viscoelastic flows
Pasquino Rossana Shear induced ordering of spheres in a wormlike micellar solution
12:2
0–12
:40
Stella Poyiadji Incompressible poiseuille flows of newtonian liquids with a pressure-dependent viscosity
Manlio Tassieri Measuring storage and loss moduli using optical tweezers: broadband microrheology
Suraj Deshmukh High throughput rheology Gerald Fuller Interfacial rheology of the Tear film H. Pleiner Director dynamics in nematic single-
crystal elastomers
Olivier Botella Recent progress on the LS-STAG immersed boundary method for the computation of viscoelastic and pseudoplastic liquids
Kostas D. Housiadas A differential model for the rheological properties of concentrated suspensions with weakly viscoelastic matrices
12:4
0–13
:40
13:4
0–14
:00
Jerome Claracq Melt processability of self-assembly materials
Nahn Ju Kim Dynamics of aqueous polymer solutions under combined electric and flow field in microchannel
Robert Vogt Experimental approach to determine high frequency rheological properties of polyethylene
Angelo Pommella Deformation of surfactant vesicles in shear flow
A. Blaise Characterization of the micro-mesostructure of HDPE under uniaxial tensile test by X-ray microtomography, incoherent polarized steady-light transport and small-angle X-ray scattering
R J Poole Purely-elastic instabilities in lid-driven cavities
Innocent Boudimbou In-situ characterisation of elementary dispersion mechanisms of silica granules in a polymer matrix under the action of shear
14:0
0–14
:20
Jaroslav Strnadel Drag coefficient of solid spheres falling through viscoelastic shear thinning fluids
Pier Luca Maffetone Simulation of particle migration in tube flow in a viscoelastic fluid
Seung Jae Baik Normal stresses of complex fluids in thin film rheology
Mitropoulos Varvara Tailoring protein covered interfaces
D. Rogez Shear mechanical anisotropy of uniaxial nematic side-chain liquid-crystalline elastomers with planar and homeotropic alignments
A.M. Afonso Numerical studies of electro-osmotic flows of viscoelastic fluids
Guillaume Ovarlez Three-dimensional flows of yield stress fluids
14:2
0–14
:40
Fatemeh Goharpey Rheology and morphology of dynamically asymmetric LCST blends: polystyrene/poly (Vinyl methyl ether)
Oliveira Mónica Elastic-driven instabilities in microfluidic flow-focusing devices
Thomas Schweizer How reliable is N2 of a polymer melt determined with a cone-partitioned plate rheometer?
Pierre Carreau Relationships between rheology and morphology in thermoplastic olefin (TPO) blends
Richard Holm Efficient pumping in waste streamsHossein Nazockdast Viscoelastic based modeling of extrudate swell of acrylonitrile- butadiene-styrene/clay nanocomposite
Patrick Ilg Chaining versus gelation in dipolar colloids and their influence on structure and dynamics
14:4
5–
15:0
0AERC 2010, tentative program Revised 2010-03-25
Closing of the conference in lecture hall Runan
Coffee Break
Friday April 9
Cha
ir: J
ohan
na A
huC
hair:
Joh
anna
Ahu
Cha
ir: M
ikae
l Rig
dahl
Cha
ir: M
ikae
l Rig
dahl
Cha
ir: C
hris
toph
er P
ipe
Cha
ir: M
oshe
Got
tlieb
Cha
ir: H
elm
ut M
ünst
edt
Cha
ir: H
elm
ut M
ünst
edt
Cha
ir: T
im P
hilli
ps
Cha
ir: C
hris
tian
Cla
sen
Cha
ir: P
eter
Fis
cher
Cha
ir: P
eter
Fis
cher
Cha
ir: J
an V
erm
ant
Cha
ir: M
icha
el W
ebst
erC
hair:
Tim
Phi
llips
Cha
ir: Ig
or E
mri
Cha
ir: Ig
or E
mri
Lunch
Cha
ir: P
ier L
uca
Mat
teta
neC
hair:
Chr
isto
pher
Pip
e
Cha
ir: C
hris
tian
Cla
sen
Cha
ir: G
eral
d Fu
ller
Cha
ir: M
artie
n H
ulse
n
Cha
ir: M
iche
l Cle
itre
Cha
ir: D
imitr
is V
laso
poul
osC
hair:
Phi
llip
Ban
fill
Cha
ir: P
hilli
p B
anfil
l
Cha
ir: D
ietm
ar D
rum
mer
Cha
ir: D
ietm
ar D
rum
mer