A Step by step procedure for Analysis, Design

A Step by step procedure for Analysis, Design and A Step by step procedure for Analysis, Design and Estimation Estimationofofaaproject projectusing usingBuild-Master Build-Masterisisshown shownhere. here.

BUILD-MASTER GO TO STEP

DEFINING A NEW PROJECT INPUT PLAN...

EDIT PLAN DATA. GRID ANALYSIS COPYING FLOOR. FRAME ANALYSIS... R.C.C. DESIGN... INTERACTIVE DESIGN.. WORKING DRAWINGS... ESTIMATION. ELEVATION OF BEAMS.

DEFINING DEFININGAANEW NEWPROJECT PROJECT Select SelectNew NewProject

Projectfrom fromProject Project menu to create a new project

menu to create a new projectFile. File. Enter Enter44characters charactersProject Projectcode. code.Build-Master Build-Masterlater

latercreates createsfiles filesfor for various floors by appending floor

codes to it . various floors by appending floor codes to it . Enter Enterno. no.ofoflevels, levels,Default

Defaultstorey storeyheight heightand andProject Projecttitle titlethen thenclick clickok. ok.

A line sketch showing the floor levels ,floor names A line sketch showing the floor levels ,floor names and andDefault Defaultstorey storeyheight heightappears appearson

onthe thescreen. screen. Select SelectModify ModifyProject Projectfrom fromProject

Projectmenu menutoto change changethe thestorey storeyheight heightfor forPlinth Plinthlevel.

level. Select SelectPlinth Plinthfrom fromthe thelist listofof floors

floorsand andclick clickon onModify. Modify. Change ChangeStorey Storeyheight

heighttotodesired desired value and click OK. value and click OK. Again

Againthe theline linesketch sketchwith withmodified modified height height for the

Plinth floor is displayed. for the Plinth floor is displayed. BUILD-MASTER

DEFINING A NEW PROJECT .... Done INPUT PLAN... EDITING PLAN DATA.. GRID ANALYSIS COPYING FLOOR. FRAME ANALYSIS... R.C.C. DESIGN... INTERACTIVE DESIGN..

WORKING DRAWINGS... ESTIMATION. ELEVATION OF BEAMS. INPUT INPUTPLAN PLAN Now

Nowchoose chooseSelect SelectFloor Floor from fromthe the floor menu to

enter the Plan. floor menu to enter the Plan. Select SelectABCD-TYP ABCD-TYPfrom fromthe

thelist listofoffloors. floors. Select SelectInput InputPlan Planfrom fromthe

theFloor Floormenu menutoto draw drawthe thePlan Planfor forthe theselected

selectedfloor. floor. AAgraphical graphicaleditor editoras asshown shownhere herewill

willbe bedisplayed. displayed. Select SelectMesh Meshoption optionfrom fromthe

theDraw Drawmenu. menu. Mesh MeshData Datadialog dialogbox boxwill

willappear. appear. The Thespacing spacingininXXand andYYdirections directionsare arenot notsame,

same,hence henceselect select New NewRandom Randomfrom fromthe theSpacing SpacingType

Typeand andclick clickon onRandom RandomMesh. Mesh. The Thedialog

dialogbox boxfor forentering enteringXXgrid gridvalues valueswill willappear appearnow. now.

X-grids X-gridsare areLines Linesparallel paralleltotoY-axis Y-axisand andcutting cuttingXXaxis. axis.YY

grids are Lines parallel to X axis and cutting

Y axis. grids are Lines parallel to X axis and cutting Y axis. Enter Enterthe theXXvalues valuesby byusing

usingAdd AddRow Rowbutton. button. No. No.ofofXXvalues valuesisisequal equaltotono. no.ofofXXgrids.

grids. After entering values for all X After entering values for all X grids, grids,click clickon onSave Saveand

andthen thenOK. OK. Now NowDialog Dialogbox boxfor forentering

enteringYY values valueswill willappear. appear. Similarly Similarlyenter enterYYvalues

valuesusing usingAdd AddRow Rowbutton. button. After Afterentering enteringall allvalues

valuesfor forYYgrids gridsclick clickon onSave Saveand andthen thenOK. OK.

A mesh of X and Y grid lines will A mesh of X and Y grid lines will appear appearon onthe thescreen. screen.

Now Nowselect selectErase Erasefrom fromthe theEdit Edit menu to

carve the desired plan menu to carve the desired plan by bydeleting deletingunwanted unwantedlines.

lines. Now Nowselect selectLines Linestotobe bedeleted deleted using

the Pick Box. using the Pick Box. AAbigger biggeror orsmaller smallerview

viewcan canbe beseen seenby byusing using Zoom option with

the right click of the mouse. Zoom option with the right click of the mouse. Draw

Drawaaparallel parallelline linetotothe theselected selectedline line using Offset Line

option. using Offset Line option. Now Nowdraw drawthe thedesired desiredlines linesusing

using Draw--> line option. Draw--> line option. Thus ThusPlan Planisiscarved

carvedas asdesired. desired. Now Nowthe thefloor floorplan planisisaaline linesketch

sketchwith withBeam Beam positions positionsaccording accordingtotothe theArchitectural Architecturaldrawing. drawing.

Now select Support-->Column from the Draw menu Now select Support-->Column from the Draw menu totoplace placethe thecolumns columnsatatrespective respectivepositions. positions.

Select Selectcolumn columnpositions positionsusing usingthe thePick Pickbox. box.

Now Nowthe theplan planisiscomplete, complete,with withbeam beampositions positions

and Column positions according to the and Column positions according to the Architectural ArchitecturalDrawing.

Drawing. Buildmaster Buildmasterdetects detectsthe theBeams Beamsand andSlabs Slabsfrom from

this line sketch drawn. this line sketch drawn. Select MakeData option from the main menu to Select MakeData option from the main menu to convert

convertgraphical graphicalsketch sketchinto intonumeric numericdata. data. Dialog box for Default data Dialog box for Default data

will willappear.Click appear.ClickOk. Ok. No. No.ofofbeams,slabs beams,slabs,columns ,columns

and Nodes are generated and Nodes are generatedby bythe the Program. Program.

The drawing with Beam nos, slab nos and The drawing with Beam nos, slab nos and column columnnos nosisisdisplayed. displayed. This

Thiscompletes completesthe theinput inputfor forthe thetypical typicalfloor floorPlan. Plan.Select

SelectClose Closefrom from the File menu. the File menu. The The3-D

3-DSpace Spaceframe frameModel Modelisisgenerated generatedfrom fromthis thissingle singleline lineplan.

plan. The TheWorkspace Workspaceand andRun RunLog Logcan canbe

beswitched switchedoff off by clicking on those options from

the View menu. by clicking on those options from the View menu. AAbigger biggerscreen screenfor forediting editingthe

thePlan Plancan canbe be displayed using this option. displayed using this option.

BUILD-MASTER

DEFINING A NEW PROJECT . Done INPUT PLAN Done EDITING PLAN DATA.. GRID ANALYSIS

COPYING FLOOR. FRAME ANALYSIS... R.C.C. DESIGN... INTERACTIVE DESIGN.. WORKING DRAWINGS... ESTIMATION. ELEVATION OF BEAMS. EDIT

EDITPLAN PLANDATA DATA Select SelectEdit EditPlan PlanData Data from

fromthe the Floor menu. Floor menu. Select SelectData Dataunits

unitsfrom fromthe theSettings Settingsmenu. menu. Now NowSelect SelectColumn

ColumnData-->Column Data-->ColumnSize Size from the Edit menu. from the Edit menu.

Select Selectthe thecolumn columnfor forwhich whichthese thesevalues values are

to be specified. Enter the column are to be specified. Enter the columnsize size ,then

,thenThen Thenclick clickon onChange. Change. To Tospecify specifythe

theColumn Columnflush, flush,Select Select that option from Column Data

of that option from Column Data of Edit Editmenu. menu. Select Selectthe thecolumns

columnsfor forwhich whichFlush Flushisistotobe bespecified, specified, select the Flush

position then click on Change. select the Flush position then click on Change. Select SelectBeam

BeamData Datafrom fromEdit Edit menu. menu. The TheBeam Beamsize

sizecan canbe beselected selectedfrom fromthe thelist listofofStandard Standard Sections

by clicking on Std.list button. Select the Sections by clicking on Std.list button. Select thebeam beam

size then click on Assign. size then click on Assign. Select Selectthe

theBeam Beamfor forselected selected size then Click on Change.

size then Click on Change. Now select Slab Data from the Edit Now select Slab Data from the Edit menu. menu.Select Selectthe theoption optionSpanning.

Spanning. Select Selectthe theslab slabfor forwhich whichSpanning Spanningisis

totobe bespecified specifiedusing usingthe thePick Pickbox. box. Select

Selectthe theoption optionfrom fromthe theSpanning Spanninglist list then click

on Change. then click on Change. Now Nowselect selectSunk SunkSlab Slaboption

optionfrom fromthe theSlab SlabData. Data. Select Selectthe theSlab

Slabwhich whichisissunken. sunken.Then Then enter the sunk Depth and

click on enter the sunk Depth and click onChange. Change. Sunken Sunkenslabs slabsare aredefined

definedby byshowing showing aasquare around the Slab numbers. square around the Slab numbers.

Again Select Beam Data from the Edit menu to enter Again Select Beam Data from the Edit menu to enter Sunk Sunkdepth depthfor forthe themid-landing mid-landingbeam

beamfor forthe theStaircase. Staircase. Select Selectthe theBeam, Beam,enter

enterthe thesunk sunkdepth depth then click on Change. then click on Change.

Select SelectThk ThkLoad Loadoption optionfrom fromSlab SlabData Datatotochange

changethe the thickness and Load for the Staircase slab.

thickness and Load for the Staircase slab. Select the slab, enter values as Select the slab, enter values as shown shownand andclick clickon onChange.

Change. Now Nowselect selectWall WallTypes Types from the

Edit menu. from the Edit menu. Select SelectWall WallType, Type,Enter EnterWall

WallData Datafor forselected selected type then use Add button

to add more type then use Add button to add morewall walltypes. types. Other OtherWall

WallTypes Typescan canbe be selected from the Standard selected from the StandardList

List. . Add wall type of 100mm thk RCC Add wall type of 100mm thk RCC wall wallfor forthe theParapet Parapetwall

wallofofBalcony. Balcony. Now Nowselect selectWall WallData Data from

the Edit menu. from the Edit menu. Select Selectthe thebeam beamfor

forwhich whichWall Wall type is to be specified. Select the type is to be specified. Select the type typeofofwall wallthen thenclick

clickon onChange. Change. Select SelectWall WallData Datafrom fromthe

theModifyARC ModifyARCtotomodify modify Wall position for the Balcony Parapet

wall. Wall position for the Balcony Parapet wall. Change the wall positions for the Change the wall positions for the walls wallson onBalcony Balconybeams

beamsand andclick clickOK. OK. This completes the editing of Plan Data, This completes the editing of Plan Data, hence henceSave

Savethe thefile fileand andthen thenClose. Close. Change ChangeFloor

FloorDescription DescriptiontotoTypical Typicalfloor floorand andClick ClickOK OK By

Byselecting selectingPlan PlanDrawing Drawingoption optionfrom fromthe theFloor Floormenu, menu,

the numerical and graphical data entered is converted the numerical and graphical data entered is converted

ininvarious variousdrawings drawingsstored storedininDXF DXFformat. format. The Thecreated

createdR.C.C. R.C.C.plan plandrawing drawing by the program is shown

by the program is shownhere. here. Select SelectArchitectural ArchitecturalPlan Planfrom fromthe thePlan

PlanDrawing Drawingoption option ofofthe Floor menu to view Architectural

drawing. the Floor menu to view Architectural drawing. The TheArchitectural Architecturaldrawing drawingcreated createdisisshown shownhere.

here. BUILD-MASTER

DEFINING A NEW PROJECT .... Done INPUT PLAN.. Done EDITING PLAN DATA. Done

GRID ANALYSIS COPYING FLOOR. FRAME ANALYSIS... R.C.C. DESIGN... INTERACTIVE DESIGN.. WORKING DRAWINGS... ESTIMATION. ELEVATION OF BEAMS.

GRID GRIDANALYSIS ANALYSIS Now select Create Data File from Grid Analysis option Now select Create Data File from Grid Analysis option ofofthe theFloor Floormenu

menutotocreate createfile filefor forGrid GridAnalysis. Analysis. Select Selectthe

theoptions optionsas asshown shownand andclick clickOK. OK. AAgrid

gridanalysis analysisData Datafile filefor forTypical Typicalfloor floor isiscreated by

the Program. created by the Program. Select SelectPlot PlotLoading LoadingDiagram DiagramFrom

FromFloor--> Floor-->Grid GridAnalysis Analysismenu. menu. AAloading loadingdiagram diagramisisdisplayed.

displayed. Select SelectCarry Carryout outAnalysis Analysisoption optionfrom fromGrid

GridAnalysis Analysis totocarry out Analysis for the Typical floor.

carry out Analysis for the Typical floor. Grid Gridanalysis analysisoutput outputfile filefor for the

Typical floor is created. the Typical floor is created. Grid Analysis results Grid Analysis results are

aredisplayed displayednow. now. Bending Moment, Shear Force and Deflection Bending Moment, Shear Force and Deflection Diagrams Diagramscan canbe

beseen seenusing usingPlot PlotBMD/SFD/DFD BMD/SFD/DFD option from Floor-->Grid Analysis

menu. option from Floor-->Grid Analysis menu. Select SelectDiagram Diagramtype typeas asDeflection Deflection

and click OK. and click OK. Deflection DeflectionDiagram Diagram

Now Nowselect selectdiagram diagramtype typeas as Bending Moment and

click Bending Moment and clickOK. OK. Bending BendingMoment MomentDiagram Diagram

Now select Shear force option to Now select Shear force option to display displayShear ShearForce ForceDiagram. Diagram. Shear

ShearForce ForceDiagram Diagram BUILD-MASTER

DEFINING A NEW PROJECT . Done

INPUT PLAN Done EDITING PLAN DATA.. Done GRID ANALYSIS Done COPYING FLOOR. FRAME ANALYSIS... R.C.C. DESIGN... INTERACTIVE DESIGN.. WORKING DRAWINGS... ESTIMATION.

ELEVATION OF BEAMS. COPYING COPYINGFLOOR FLOOR Now Nowcopy copyplan

planfor forthe theTypical Typicalfloor floorusing using Copy Floor option

from the Utilities menu. Copy Floor option from the Utilities menu. Select Selectthe thesource

sourcefloor floorand andthe thedestination destinationfloor. floor. Select All Data

files and click on Copy. Select All Data files and click on Copy. Select SelectInput

InputPlan Planfrom fromthe theFloor Floormenu menutotomake makechanges changes ininthe

Typical floor plan for the Plinth level. the Typical floor plan for the Plinth level.

Delete unwanted lines by selecting those lines and Delete unwanted lines by selecting those lines and then thenusing usingErase Eraseoption optionfrom fromthe theDraw

Drawmenu. menu. Select Edit Plan Data from the Floor menu to Select Edit Plan Data from the Floor menu to edit editWall Walldata dataand

andSlab Slabdata datafor forPlinth PlinthLevel. Level. Select SelectNo

NoWall Wallfor forall allthe thebeams beamsand andclick clickon onChange.

Change. Make Makeall allslabs slabssunken sunkentotoremove removethe the

Flange effect for Beams at the Plinth Flange effect for Beams at the Plinthlevel. level.

Select Selectall allslabs slabsexcept exceptStaircase. Staircase.Enter Enterthe theSlab

Slab thickness,Dead load, Live load values as shown thickness,Dead load, Live load values as shownand

andclick clickon on Change. Change. See SeeRCC RCCand

andArchitectural ArchitecturalPlan Plandrawings drawingsfor for the changed Plan at

Plinth level by selecting the changed Plan at Plinth level by selecting Plan PlanDrawings Drawingsoption optionfrom

fromFloor Floormenu. menu. Similarly Similarlycreate createData Datafile filefor

forGrid GridAnalysis Analysis by selecting that option from Floor

by selecting that option from Floormenu. menu. Now NowSelect SelectGrid GridAnalysis-->Carry Analysis-->CarryOut OutAnalysis

Analysisfrom from the Floor menu to carry out analysis

at the Plinth the Floor menu to carry out analysis at the Plinthlevel. level. Grid GridAnalysis Analysisresults

results are displayed . are displayed . Again Againselect selectCopy

CopyFloor Floorfrom fromthe theUtilities Utilitiesmenu menu totocopy Typical plan

to Roof level. copy Typical plan to Roof level. Select the source floor and the destination Select the source floor and the destination floor. floor.Select

SelectAll AllData Datafiles filesand andclick clickon onCopy. Copy.

Again select Input Plan from the Floor menu to make Again select Input Plan from the Floor menu to make changes changesininthe thecopied copiedplan planfor forRoof Rooflevel

levelplan. plan. AAcolumn columnisisadded addedusing using Draw-->support option.

Draw-->support option. Select SelectColumn ColumnData-->Column Data-->ColumnSize Sizeoption optionfrom fromthe

the Edit menu to specify size for the added

column. Edit menu to specify size for the added column. Select SelectWall WallData Datafrom fromEdit Editmenu

menu totoenter wall data for the beams. enter wall data for the beams.

Select Selectall allinterior interiorbeams, beams,select selectNo Nowall wallfrom fromWall

Wall types, then click on Change. types, then click on Change. Select all Outer beams,select Parapet wall from Wall Types

Select all Outer beams,select Parapet wall from Wall Types and andthen thenclick clickon onChange. Change. Select Slab Sunk option

Select Slab Sunk option from fromEdit-->Slab Edit-->SlabData. Data. Remove Removethe thesunk

sunkfor forselected selectedslabs slabsby byentering enteringSunk SunkDepth Depth0.0.

See SeeRCC RCCand andArchitectural ArchitecturalPlan Plandrawings drawingsfor for the

changed Plan at Roof level by selecting the changed Plan at Roof level by selecting Plan

PlanDrawings Drawingsoption optionfrom fromFloor Floormenu. menu. Create Data file for Grid Analysis by Create Data file for Grid Analysis by

selecting selectingthat thatoption optionfrom fromFloor Floormenu. menu. Select

SelectCarry Carryout outAnalysis Analysisoption optionfrom fromGrid GridAnalysis Analysis totocarry

out Analysis for the Roof floor. carry out Analysis for the Roof floor. Grid

GridAnalysis Analysisresults resultsare aredisplayed. displayed. Select Modify Project Select Modify Project from

fromthe theFloor Floormenu. menu. Select Select4th 4thFloor Floorfrom

fromthe thelist listofoffloors. floors. Change Floor Description to Change Floor Description to 4th 4thFloor

Floorand andclick clickon onOK. OK. Select SelectCopy CopyFloor

Floorfrom fromthe theUtilities Utilitiesmenu. menu. Select the source floor and the destination Select the source floor and the destination floor.

floor.Select SelectAll AllData Datafiles filesand andclick clickon onCopy. Copy.

Select SelectEdit EditPlan PlanData Datafrom fromthe theFloor Floor

menu to edit Plan data for the 4th menu to edit Plan data for the 4thfloor.

floor. Select SelectWall WallType Typefor forselected selectedbeams beamsand

andclick clickon onChange. Change. Create Data file for Grid Analysis using Create Data file for Grid Analysis using that thatoption

optionfrom fromthe theFloor Floormenu. menu. Select SelectGrid GridAnalysis-->

Analysis-->Carry Carryout outAnalysis Analysisfrom from the floor menu to

carry out analysis for 4th floor. the floor menu to carry out analysis for 4th floor. Different

DifferentWindows Windowscan canbe beviewed viewedsimultaneously simultaneouslyby by selecting Tile

Vertically from the Window menu. selecting Tile Vertically from the Window menu. Select SelectTypical

Typicalfloor flooragain againtotoenter enterthe the Door/Window data for Estimation

of Door/Window data for Estimation ofQuantities. Quantities. Select SelectEdit EditPlan PlanData Data

from the Floor menu. from the Floor menu. Select SelectDoor DoorTypes

Typesfrom fromthe theEdit Editmenu. menu. Click Clickon onAdd

Addbutton buttontotoadd adddoor doortypes. types. Enter EnterWidth,Height Width,HeightFrame

Framethickness, thickness, Rate as shown and click on Rate as shown and click onOK.

OK. Similarly Similarlyadd addmore moreDoor DoorTypes. Types.

Now Nowselect selectWindow WindowTypes Typesfrom fromthe theEdit Editmenu. menu.

Add AddWindow WindowTypes Typesusing usingAdd Addbutton. button.

Enter EnterHeight, Height,Width Widthetc etcand andclick clickon onOK. OK.

Similarly Similarlyadd addmore moretypes typesofofWindows. Windows. Now

Nowselect selectOpening OpeningTypes Typesfrom fromEdit Editmenu. menu. Select

Selectopening openingusing usingAdd Addbutton,enter button,enter data for the opening

and click data for the opening and clickon onOK. OK. Select SelectDoor/Window Door/WindowData

Datafrom fromEdit Editmenu. menu. Select the Beam for which Door/Window Select the Beam for which Door/Window data dataisistotobe

beentered,and entered,andclick clickon onAdd. Add. Select Opening type as Window, Position of Select Opening type as Window, Position of window,Distance

window,Distanceand andPosition PositionofofChajja Chajjathen thenclick clickon onOK. OK.

Similarly Similarlyenter enterDoor/Window Door/Windowdata datafor forall allthe thebeams. beams.

Architectural ArchitecturalPlan Planwith withDoors Doorsand andWindows Windows atatrespective

positions , is displayed. respective positions , is displayed. Select SelectFlooring FlooringTypes

Typesfrom fromthe theEdit Editmenu. menu. Add Addfloor floorTypes

Typesby byusing usingAdd Addbutton. button. Select SelectRoom RoomTypes

Typesfrom fromEdit Edit menu. menu. Assign flooring type to the Room Assign flooring type to the Room Type Typeby

byusing usingAdd Addbutton. button. Select Selectthe theRoom RoomType,

Type,Flooring FlooringType Typeand andclick clickOK. OK. Select SelectRoom

RoomData Datafrom fromEdit Edit menu. menu. Select the Slab,then select respective Flooring Type Select the Slab,then select respective Flooring Type and

andRoom RoomType Typefrom fromthe theList. List.Then Thenclick clickon onChange.

Change. Now Nowselect selectSave Saveand andthen thenClose Closeoption

option from the File menu. from the File menu. Select Reanalyze All Floors option from the Tools menu to Select Reanalyze All Floors option from the Tools menu to

perform performGrid GridAnalysis Analysisfor forall allthe thefloors floorsusing usingchanged

changeddata. data. BUILD-MASTER

DEFINING A NEW PROJECT .... INPUT PLAN..

EDITING PLAN DATA. GRID ANALYSIS COPYING FLOOR. FRAME ANALYSIS... R.C.C. DESIGN... INTERACTIVE DESIGN.. WORKING DRAWINGS... ESTIMATION. ELEVATION OF BEAMS.

Done Done Done Done Done FRAME FRAMEANALYSIS

ANALYSIS Select SelectFrame FrameAnalysis AnalysisParameters Parameters from the

Frames menu. from the Frames menu. Select SelectSpace SpaceFrame FrameIdealization Idealizationoption.

option. Select Selectother otherparameters parametersas asshown shownand andclick click

on onLoad LoadCombinations. Combinations. Select SelectHorizontal HorizontalLoads Loadsas

asshown shown and click on Earthquake Load and click on Earthquake LoadData. Data.

Now NowFrame FrameAnalysis Analysisdialog dialogbox boxappears. appears. Click on Start.

Click on Start. Select Frame Analysis Results--> Plot loading Diagram option Select Frame Analysis Results--> Plot loading Diagram option from fromFrames Framesmenu. menu.

Change ChangeMax. Max.Plot PlotOrdinate Ordinatetoto3.0 3.0then thenclick clickon onOK.

OK. Select Select3D 3DView Viewoption optionfrom fromthe thelist

listofofplanes. planes. The TheSpace Spaceframe framewith withloading loadingisisdisplayed.

displayed. Isometric Isometricview viewcan canbe beseen seenby byselecting selectingView

ViewPoint Point with withthe theright rightclick clickofofthe themouse. mouse.

Select SelectLayer Layeroption optionwith withthe theright rightclick clickofofthe

themouse mouseand and switch off some layers to view

the Loading diagram properly. switch off some layers to view the Loading diagram properly. Select SelectView ViewAnalysis

AnalysisReport Report from from Frames menu to view the Report.

Frames menu to view the Report. Select SelectPlot PlotBMD/SFD/DFD BMD/SFD/DFDoption option from Frame

Analysis Results. from Frame Analysis Results. Select SelectBending BendingMoment Momentoption, option,enter

enter Maximum plot ordinate and click Maximum plot ordinate and clickOK.. OK..

Select SelectXZ XZPlane Planecutting cuttingYYaxis axisand anddistance distanceofofplane plane5.0

5.0 totoview XZ section at 1st floor level. view XZ section at 1st floor level.

B.M. B.M.Diagram Diagramfor for1st 1stfloor floorplan planisisdisplayed. displayed.

Again Againselect selectPlot PlotBMD/SFD/DFD BMD/SFD/DFDoption optiontotoview view Deflection

Diagram, Bending Moment Diagram Deflection Diagram, Bending Moment Diagramand and Shear Force Diagram

resp. for the entire frame. Shear Force Diagram resp. for the entire frame. Deflection DeflectionDiagram

Diagram Bending BendingMoment MomentDiagram Diagram Shear ShearForce

ForceDiagram Diagram BUILD-MASTER

DEFINING A NEW PROJECT . Done INPUT PLAN Done

EDITING PLAN DATA.. Done GRID ANALYSIS Done COPYING FLOOR. Done FRAME ANALYSIS Done R.C.C. DESIGN... INTERACTIVE DESIGN.. WORKING DRAWINGS... ESTIMATION. ELEVATION OF BEAMS.

R.C.C. R.C.C.DESIGN DESIGN Select SelectRCC RCCDesign--> Design-->Beam

Beamfrom fromthe the Floor menu to carry out R.C.C.

design. Floor menu to carry out R.C.C. design. Select Design all Beams Automatically Select Design all Beams Automatically option optionand andclick clickon

onOK. OK. Select SelectData Dataas asshown shownand andclick

clickOK. OK. Select SelectRCC RCCParameters Parametersas asshown shownand

andclick clickOK. OK. Click Clickon onStart Starttotocarry carryout

outRCC RCCDesign. Design. RCC RCCDesign Designoutput outputfor forBeams

Beamsisisdisplayed. displayed. Now select Slab option from RCC Design Now select Slab option from RCC Design submenu submenutotocarry carryout outDesign

DesignofofSlabs. Slabs. Click Clickon onStart Starttotocarry carryout outRCC

RCCDesign DesignofofSlabs. Slabs. RCC RCCDesign Designoutput outputfor forSlabs

Slabsisisdisplayed. displayed. Similarly Similarlycarry carryout out RCC RCCDesign Design

for columns and Footings for columns and Footingsalso. also. RCC RCCDesign

Designoutput outputfor forcolumns columnsisisdisplayed. displayed. Enter design parameters as shown Enter design parameters as shown and

andclick clickOK. OK. Enter EnterSafe SafeBearing Bearingcapacity capacityofofsoil

soil, , PCC PCCparameters parametersand andclick clickOK. OK. RCC

RCCDesign Designoutput outputfor forFootings Footingsisisdisplayed. displayed. Foundation FoundationPlan

Plancan canbe beviewed viewednow nowby by selecting that option

from Plan Drawings. selecting that option from Plan Drawings. Overlapping Overlappingfootings footingscan canbe

beredesigned redesignedby byselecting selectingInteractive InteractiveDesign Designoption optionfrom fromRCC RCC

Design and changing the orientation or size of column.

Design and changing the orientation or size of column. Alternatively, Alternatively,combined combinedFooting Footingcan canbe bedesigned designedby byrunning

runningFootcomb Footcombprogram programseparately. separately. BUILD-MASTER

DEFINING A NEW PROJECT . Done INPUT PLAN Done EDITING PLAN DATA.. Done GRID ANALYSIS Done COPYING FLOOR. Done FRAME ANALYSIS... Done R.C.C. DESIGN... Done INTERACTIVE DESIGN.. WORKING DRAWINGS...

ESTIMATION. ELEVATION OF BEAMS. INTERACTIVE INTERACTIVEDESIGN DESIGN Beams/Slabs Beams/Slabscan

canbe beredesigned redesignedindividually individuallyby byinteractive interactive design option. Select

RCC Design-->Beam option design option. Select RCC Design-->Beam optionfrom fromthe the floor menu. floor menu.

Select SelectDesign Designall allBeams Beamsinteractively interactivelyoption optionhere. here.

Select Selectthe theBeam Beamwhich whichisistotobe beredesigned redesignedinteractively. interactively.

Input Data, Design output and Elevation Input Data, Design output and Elevation ofofthe theselected selectedBeam Beamisisdisplayed. displayed.

To Toredesign redesignthe theBeam Beamany anyoption optionfrom fromthe theEdit

Edit menu menucan canbe beselected selected and data can be modified. and data can be modified. Changes Changesmade

madeinteractively interactivelyare arestored storedagain againininDatabase Databaseand andSchedule. Schedule.

Schedule Schedulefor forBeams,Slabs,Columns Beams,Slabs,Columnsand andFootings Footingscan canbe bemodified modified

by selecting Modify Schedule option from the Floor menu.

by selecting Modify Schedule option from the Floor menu. Select SelectBeam Beamoption. option. Beam Beamschedule scheduleisisdisplayed

displayedwith withgroup groupnos noson onthe theleft leftside sideand and

all the groups with the parameters on the right

side. all the groups with the parameters on the right side. Beams with identical design parameters are automatically grouped when Beams with identical design parameters are automatically grouped when designed designedby byBuildmaster. Buildmaster.

AAparticular particularbeam beamcan canbe bemoved movedmanually manuallyby bydrag dragand

anddrop,I.e. drop,I.e.by byclicking clickingon on the Beam name and dragging it to another group. the Beam name and dragging it to another group. The

Thebeams beamscan canbe beregrouped regroupedby byselecting selectingRegroup Regroupbutton. button.

Percentage Percentagevariations variationscan canbe bechanged changedhere heretotomake makelesser lesserno.

no.ofof groups in the schedule. groups in the schedule. Change ChangePercentage

Percentagevariation variationtoto30%. 30%. Program Programwill willfind findthe thebeam beamwith

withlargest largestsize sizeand andmaximum maximumsteel. steel.Out Outofof the remaining

beams,whosoever size and steel is upto 30% less, those

the remaining beams,whosoever size and steel is upto 30% less, those beams beamswill willbe begrouped groupedwith withthat thatbeam. beam.Then

Thenagain againthe thebiggest biggestbeam beamfrom from the remaining beams found out and same procedure is repeated. the remaining beams found out and same procedure is repeated.

BUILD-MASTER

DEFINING A NEW PROJECT .... Done INPUT PLAN... Done EDITING PLAN DATA.. Done GRID ANALYSIS Done COPYING FLOOR.. Done

FRAME ANALYSIS... Done R.C.C. DESIGN... Done INTERACTIVE DESIGN.. Done WORKING DRAWINGS... ESTIMATION. ELEVATION OF BEAMS. WORKING WORKINGDRAWINGS

DRAWINGS Now select Schedule Drawings--> Beam &Slab Schedule Now select Schedule Drawings--> Beam &Slab Schedule from fromthe thefloor floormenu. menu.

Beam Beamschedule scheduleisisdisplayed. displayed. Similarly Similarlyselect selectColumn

Column&&Footing FootingSchedule Schedule from Schedule of drawings to see

Schedule from Schedule of drawings to see Schedulefor for Columns and Footings. Columns and Footings. BUILD-MASTER

DEFINING A NEW PROJECT.. Done INPUT PLAN... Done EDITING PLAN DATA.. Done GRID ANALYSIS Done COPYING FLOOR. Done FRAME ANALYSIS... Done

R.C.C. DESIGN... Done INTERACTIVE DESIGN.. Done WORKING DRAWINGS... Done ESTIMATION. ELEVATION OF BEAMS. ESTIMATION ESTIMATION

Select SelectEstimate-->Beam Estimate-->Beamand andSlab SlabQuantities Quantitiesfrom fromthe theFloor Floormenu

menufor for calculation of beams & slabs Quantities. calculation of beams & slabs Quantities.

Bar Barbending bendingSchedule Schedulefor forSlabs Slabsisisdisplayed. displayed.

All Text and Drawing Files can be viewed by using All Text and Drawing Files can be viewed by using View ViewText/Html Text/HtmlFile Fileoption optionfrom fromthe theUtilities

Utilitiesmenu. menu. Similarly Similarlyselect selectEstimate-->Column Estimate-->Column&Footing &FootingQuantities Quantitiesfrom

fromthe the Floor menu for calculation of columns &footings

Quantities. Floor menu for calculation of columns &footings Quantities. Quantities Quantitiesfor forFootings Footingsand andColumns Columnsare

aredisplayed. displayed. Select SelectEstimate-->Architectural Estimate-->Architectural Quantities Quantitiesoption option again

to calculate Architectural Quantities. again to calculate Architectural Quantities. Abstract of Quantities and Grand total Abstract of Quantities and Grand total for

forthe thecost costofoffloor floorisisdisplayed. displayed. With Withthis thisoption,separate

option,separateoutput outputfiles filescan canbe becreated createdinin which Quantities are stored in conventional L-B-D Format . which Quantities are stored in conventional L-B-D Format .

BUILD-MASTER

DEFINING A NEW PROJECT . Done INPUT PLAN... Done EDITING PLAN DATA.. Done GRID ANALYSIS Done COPYING FLOOR. Done

FRAME ANALYSIS... Done R.C.C. DESIGN... Done INTERACTIVE DESIGN.. Done WORKING DRAWINGS... Done ESTIMATION. Done ELEVATION OF BEAMS. ELEVATION ELEVATIONOF

OFBEAMS BEAMS Select Schedule Drawings-->Elevation of Beams Select Schedule Drawings-->Elevation of Beams from fromthe theFloor Floormenu.

menu. Select SelectBeam Beamnos.,click nos.,clickon on>>button buttontotoput putthe

thebeam beamno. no.inin Selected SelectedBeams Beamswindow windowand andclick clickOK.

OK. Beam BeamElevation Elevationdrawings drawingswith withcross crosssections sectionsand

andL-section L-sectionare aredisplayed. displayed. BUILD-MASTER GO GOBACK BACKTO

TOSTEP STEP

DEFINING A NEW PROJECT.. INPUT PLAN EDITING PLAN DATA..

GRID ANALYSIS COPYING FLOOR. FRAME ANALYSIS R.C.C. DESIGN INTERACTIVE DESIGN.. WORKING DRAWINGS ESTIMATION. ELEVATION OF BEAMS.

Done Done Done Done Done Done Done Done Done

Done Done This Thiscompletes completesstep stepby bystep steprun

runfor for Analysis, Analysis,Design,Drawing Design,Drawingand andEstimation Estimation of ofaaproject

projectusing usingBuild-Master. Build-Master. Thank You

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