iesl pr- nalaka
TRANSCRIPT
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PROFESSIONAL REVIEW EXAMINATION
FEBRUARY/MARCH 2016
K.A.N.P.KUMARA
AM 11644
THE INSTITUTION OF ENGINEERS SRI
LANKA
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1. Recognized Training and Responsible Experience
2. Applications of Five Core Competences
3. Strctral !esign
PRESENTATION OUTLINE
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1.1 Recognize T!"ining #P!io! $o G!"%"$ion&
Ke"ngn"' En$e!(!i)e) L$. * +6 'on$,)
Re,"-ii$"$ion "n
U(g!"ing o/
K"n0 M",i0"ng"n"
#A*+26& Ro" P!o3ec$
1. Recognize T!"ining "n Re)(on)i-e
E(e!ience
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P"ce o/ Wo!5 %!"$ionResident EngineerCentral Engineering Consultancy Bureau(EPC/East)Construction of 'us stand at .anthale, Constructionof Pola at .anthale, Procurement 6or7 at 'ase %&ce-
.anthale
08 months
Resident EngineerCentral Engineering Consultancy Bureau(EPC/East)Construction of Eastern 9ational )port Comple# at 2rincomalee, Construction of Police at 2rincomale
40 months
Design EngineerCentral Engineering Consultancy BureauDesign %&ce-EPC Division, Digana
0: months
2%2A3 5 months
1.7 Re)(on)i-e E(e!ience
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G"e!0 8oec$ion8on)$!%c$ion o/ OP 9%iing "$ 9")e Ho)(i$" * K"n$,"e
!oof 6or7 Precast Concretepurlin
As;estos !oof
Ceiling 6or7 Plum;ing 6or7 2iling and
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G"e!0 8oec$ion*8on)$!%c$ion o/ OP9%iing "$ 9")e Ho)(i$" K"n$,"e "n
9%) )$"n "$ K"n$,"e
Aluminum 6or7 2im;er )tage Finishing 6or7
Finishing 6or7 Asphalt paving 'us stand at .anthale
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G"e!0 8oec$ion8on)$!%c$ion o/ N"$ion" S(o!$ 8o'(e "$ T!inco'"ee
Preparation for sand;lasting
Air Compressor forsand ;lasting
)and pot
%uter drain of =00m =00m trac7 ground !einforcement 6or7 for
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G"e!0 8oec$ion*8on)$!%c$ion o/ N"$ion" S(o!$ 8o'(e "$T!inco'"ee # 8on)$!%c$ion o/ S:i''ing Poo &
E#cavation for pipelaying
Pressure testing 6or7 Pressure testing 6or7
Pipe laying Pipe laying 'efore screed
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G"e!0 8oec$ion*8on)$!%c$ion o/N"$ion" S(o!$ 8o'(e "$ T!inco'"ee
#Inoo! S$"i%' "n S:i''ing Poo &
*ndoor )tadium andling of 2russes )6imming Pool
$ater tightness )6imming pool and Erection of 2russes
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G"e!0 8oec$ion*8on)$!%c$ion o/ N"$ion"
S(o!$ 8o'(e "$
T!inco'"ee #Inoo!
S$"i%' "n S:i''ing
Poo &
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2. A((ic"$ion) o/ Fi;e 8o!e 8o'(e$ence)
2.1 Kno:ege "n Une!)$"ning o/ Enginee!ing
P!inci(e)
Anal"zing# !esigning and !etailing of Strctres.
!esign of strctral elements sc$ as slab# beam# colmn#
fondations and staircase etc.
%alit" control of materials Testing and constrction &or'
in varios pro(ect
)nderstanding of t$e site conditions
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S"n 9")$ing :o!5
A((ic"$ion o/ '"!ine ("in$
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S%!/"ce
(!e("!"$ion o/
S$ee
8!i'(e :i!e c%( -!%),
T:i)$e :i!e c%( -!%),
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So"5"ge P!o-e'
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E!ec$ion o/ S$ee
T!%))e)
ton /obile Crane
ifting arrangement
Stiffening of t$e trss
ton /obile Crane
ifting arrangement
Stiffening of t$e trss
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A%$o 8A 8i;i 7
T"n5 9%n "n c"n"
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8!o)) Sec$ion) # A%$o'"$e&
T"n5 9%n "n c"n"
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8!o)) Sec$ion) # 8o!!ec$e&
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GI 'e), %ne! $,e A%'in%' Foi
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9i! ne$ /o! (igeon)
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S$"i! c")e) Si$e coni$ion
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P%'-ing
+roper fnctioning of +trap
-ent
+roper &ater seal
Avoid sip$on action li'e S trap
Redce emission of se&er gases
and smell
+roper fnctioning of +trap
-ent
+roper &ater seal
Avoid sip$on action li'e S trap
Redce emission of se&er gases
and smell
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P%'-ing
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Aigning o/
He"!"ce 8"n"
In Mini,0!o(o:e!
(!o3ec$
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Longi$%in" Sec$ion) in Mini,0!o(o:e!
(!o3ec$
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2.7 Le"e!),i( "n M"n"ge'en$
Arranging meetings &it$ different parties regarding t$e isses at
t$e site *Constrction# Safet" 5 6t$er isses
Coordinate &it$ all pro(ect team members to ac$ieve targets.
7ssing site instrctions to follo& p t$e dra&ings and approved
met$odologies to maintain t$e 0alit".
Trained t$e trainees in order to ac$ieve t$e targets and 0alit".
/aintained a good interaction &it$ t$e Emplo"er# Consltant and
Contractor.
Arranging a&areness programs for varios tec$nical matters.
Arranging meetings &it$ different parties regarding t$e isses at
t$e site *Constrction# Safet" 5 6t$er isses
Coordinate &it$ all pro(ect team members to ac$ieve targets.
7ssing site instrctions to follo& p t$e dra&ings and approved
met$odologies to maintain t$e 0alit".
Trained t$e trainees in order to ac$ieve t$e targets and 0alit".
/aintained a good interaction &it$ t$e Emplo"er# Consltant and
Contractor.
Arranging a&areness programs for varios tec$nical matters.
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2.4 8o''%nic"$ion > In$e!(e!)on" S5i)
+articipating progress revie& meetings and site meetings
+reparation of mintes 5 +reparation of detailed progress report for
mont$l" progress meeting.
Commnicating &it$ relevant at$orities &it$in t$e organization and
otside.
S$aring 'no&ledge &it$ sbordinate# ot$er site peoples and
arranging discssion to clarif" problems.
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Le"e!),i(
"n co''%nic"$ion
8ig$er accrac" in setting ot#
placement of tile re0ired
Trained tec$nical staff to
se Total Station for setting
ot
4ell commnication
Solving problematic
sitation
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2.? P!o/e))ion" 8on%c$
+articipated in C+! corses condcted b" )niversities #
7ES# 5 CEC9 raining nit.
Condcted Engineering activities conforming to
standards.
+roper action and concept to mitigate environmental
isses.
Arrange mont$l" meeting 5 Site inspection to c$ec'
&$et$er t$at safet" of site is compliance &it$ Safet"
/anal.
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7. S$!%c$%!" e)ignP!o3ec$ @ P!o(o)e Fo%! S$o!ie W"! 8o'(e /o! Gene!"
Ho)(i$" #Te"c,ing& An%!","(%!"!esign 7nformation
7nitial member sizing
!esign of Slab
!esign of 9eams
!esign of Staircase
Frame anal"sis
Colmn design!esign of Fondations
T,i) :") c"!!0 o%$ "cco!ing $o $,e E%!o 8oe 2
#9SEN 1BB2*1*1@2++4&
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Ini$i" e)ign * S"- T,ic5ne))
Selection of cover *9SEN 1BB2*1*1@2++4D cl =.=.1.1*2
9ar diameter @ cl =.=.1.2*3 Exposre class @ Table =.1
Strengt$ class @ cl =.=.1.2* Fire resistance 7strctE
/analBT.1&
Span; effective dept$ ratio Strctral s"stem #/anal for t$e design of
concrete bilding strctres# to EC2B Table3 5 raded examples in r;f concrete design to
EC2# 3rd edition b" +ri"an !ias and Desa&an Siva'mar &
for 6ne &a" spanning# continos slab 3
for T&o &a" spanning# continos slab =2
S"- $,ic5ne)) e//. e($, 12 -"! i"'e$e! co;e!
7.2 e)ign o/ S"-
l#
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• Calclate design load *7StrctE /analBT3.2
*1.3g'1.0'
• Calclate bending moments *7StrctE /analB.2.3.3
msx Gsx. n.lx2
ms" Gs". n.lx2
• Calclate s$ear forces *Re"noldsHs 8and 9oo'BT2.=3
vsx Gvx. n.lx
vs" Gv". n.lx
>
ly
l#
m/
m#
m
my
m=
m4
ly
l#
v3
v2
v1
v=
One :"0 S"- e)ign Calclate bending moments *7StrctE /analBT.2
Calclate s$ear forces *7StrctE /analBT.2
S"- e)ign #8on$=&
T:o :"0 S"- e)ign
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• 8"c%"$e !ein/o!ce'en$ *7StrctE /analB.2.=.1
' /;*bd2f c' *7f ' I ,.1J># Singl" reinforced
• ever arm# ? d*,.*,.2*';1.13=,. not greater t$an ,.K
A s#re0 /;*,.L>f "' ?
• 8,ec5 /o! 'ini'%' "!e" o/ !ein/o!ce'en$ *cl K.2.1.1*1
As#min ,.2Jfctm.bt.d;f"' M ,.,,13btd
• 8,ec5 '"i'%' "!e" o/ !ein/o!ce'en$ *cl K.2.1.1*3
As#max ,.,=Ac
• 8,ec5 /o! )("cing *clK.3.1.1*3
Smax 2d or 2, &$ic$ever lesser
• 8,ec5 /o! e/ec$ion *cl >.=.2*2
*l;d Actal I *l;d Allo&able
Slab !esign*Contd...
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Seec$ion o/ co;e! "n -e"' :i$, *9SE: 1KK2112,,=D cl =.=.1.1*2
• 9ar diameter @ cl =.=.1.2*3 Exposre class @ Table =.1
• Strengt$ class @ cl =.=.1.2* Fire resistance 7strctE
/analBT.1, 5.11
8"c%"$e $,e e($,
Span; effective dept$ ratio Strctral s"stem #/anal for t$e design of
concrete bilding strctres# to EC2B Table3&
for simpl" spported beam 1=
for continos beam 1L
7.7 e)ign o/ 9e"'
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8"c%"$e $,e e)ign o"
O-$"in $,e o" co'-in"$ion #c ?.1.7#1&&
An"0ze $,e -e"'
•
Mo'en$ i)$!i-%$ion 'e$,o %)ing /ie en'o'en$
• F!"'e "n"0)i) %)ing SAP2+++
!": 9M > SF i"g!"') "n o-$"in $,e en;eo(
8"c%"$e e//ec$i;e /"nge :i$, #c ?.7.2.1&
e)ign o/ 9e"' #8on$...&
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• 8"c%"$e !ein/o!ce'en$ *7StrctE /analB.2.=.1
' /;*bd2f c' *7f ' I ,.1J># Singl" reinforced
• ever arm# ? d*,.*,.2*';1.13=,. not greater t$an ,.K
A s#re0 /;*,.L>f "' ?
• 8,ec5 /o! 'ini'%' "!e" o/ !ein/o!ce'en$ *cl K.2.1.1*1
As#min ,.2Jfctm.bt.d;f"' M ,.,,13btd
• 8,ec5 '"i'%' "!e" o/ !ein/o!ce'en$ *cl K.2.1.1*3
As#max ,.,=Ac
e)ign o/ 9e"' #8on$...&
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!esign of s$ear reinforcement
C$ec' for crs$ing of diagonal strt of concrete at a distance less NdO fromspport *cl J.2.1*L
Calclate s$ear resistance &it$ot s$ear lin'*cl J.2.2*1
7f it is not satisf"# calclate s$ear reinforcement*cl J.2.3*3
As& -Rds S;*?f "dcotP
C$ec' for maximm spacing *cl K.2.2*J ,.>d*1cotQ
C$ec' for s$ear reinforcement ratio # &Mmin
C$ec' for deflection *cl >.=.2*2
*l;d Actal I *l;d Allo&able
Crtailment of reinforcement
e)ign o/ 9e"' #8on$...&
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Ini$i" e)ign o/ 8o%'n #A!e"&
Selection of cover
Fire resistance @ 6ne and $alf $ors for colmn
Calclation of action
Calclation of &ind action @ C+3.C$apter -21K>2
Frame anal"sis sing SA+2,,,-1= for load combination
Calclate effective $eig$t of t$e colmn*cl .L.3.2*3 @)nbraced
member
C$ec' for slenderness
7.4 e)ign o/ 8o%'n
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C$ec' , I 2R I >,,
Calclate &aist t$ic'ness Calclation of loading
factor of slope R 2 2 1;2 ;
Calclation of reinforcement!esign for bending find */ #' # ? # As#re0
C$ec' for deflection *cl >.=.2*2
*l;d Actal I *l;d Allo&able
C$ec' for S$ear *cl J.2.2.1*1
-Ed I -Rd#c
7.? e)ign o/ S$"i!c")e
*Allen boo'
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Calclate t$e loads
-ertical !ead *! and ive oads * $orizontal 4ind *4
Anal"sis &ere done sing SA+2,,,-1=
7.6 F!"'e "n"0)i)
Fig ? Dead loads
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F!"'e "n"0)i) #con&
Fig ? 6ind loads
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e)ign o/ P" /o%n"$ion
Calclate t$e base dimension
Area of 9ase Service load ; 9earing capacit" of soil
Calclate critical bending moment
Calclation of reinforcement
find ' # ? # As#re0
8,ec5 /o! '" > 'in )$ee
C$ec' for vertical line s$ear
C$ec' for +nc$ing S$ear *at face# NdO # N2dO
=:
7.J e)ign o/ Fo%n"$ion
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2A9. @%U