Structural analysis of a buidling using Robot Structural Analysis
AIM - What are HVAC systems? Why are they essential in the modeling of buildings
ANS - HVAC - HVAC STAND FOR HEATING VENTILAYION AND AIIR CONDITIONING.
IT IS THE TECHNOLOGY OF INDOR ENVIRMRNT COMFORT.ITS GOAL IS PROVIDE THERMAL COMFORT AND ACCEPTABLE INDOOR AIR QUALLITY.
IT IS THE IMPORTANT PART OF RESIDENTIAL STRUCTURE LIKE SINGLE FAMILLY ROOM, APPARTMENT BUILDING,HOTEL,INDUSTRIAL BUILDING,SKYSCRAPER ETC.
ESSENTIALS IN THE MODELLING -
1. CONTROLLING OVERALL CLIMATE OF THE BUILDING.
2. IT ENHANCE THE PRODUCTIVITY
3. IT IMPROVES THE AIR QUALITY
4.ACHIVING THE ENERGY EFFICIENCY
AIM - From week 7 assignment, based on the building designed use the same Revit file to design a HVAC system for each floor to cover the topics included in the class.
a. Typical HVAC unit includes Distribution center
b. Collector
c. Ducts
d. Blower
Based on the layout choose appropriate ducts and elevation using property browser and assign the components to appropriate groups to complete modeling of the HVAC unit
ANS -HVAC UNIT -
GOING TO SYESTEM TAB AND SELECTING A AIR TERMINAL. AFTER THAT ADDIND SUPPLY DIFFUSER INSIDE THE ROOM.
MECHANICAL COMPONENT -
TO ADD MECHANICAL COMPONENT SELECTING MECHANICAL EQUIPMENT FROM SYESTEM TAB AND LOAD A MEP FAMILLEY AND LOAD AIR HANDELING UNIT. AND PLACE IT
DUCT LAYOUT -
SELECTING ALL AIR TERMINALS AND HANDELLERS AND SELECT A DUCT SELECT SIZE OF THE TERMINALS.
AFTER THAT SELECT A GENERATE LAYOUT FROM THE MODIFIED PANNEL.
AND GENRATE A LAYOUT -
WE CAN ALSO GENERATE DIFFRENT LAYOUT BY SELECTING A MARKS WHO BELOW TO THE FINISH BUTTON AND AFTER THAT FINISH IT.
AIM - Use the add-ins tab to load plug-ins for robot structural analysis to your Revit software
ANS -
PLUG IN ROBO STRUCTURAL ANALYSIS -
TO PULG IN ROBO STRUCTURAL ANALYSIS GOINT SHOPPING CART AND SEARCH. BASED ON MY REVIT VERSION I SELECT A 2018 VERSION.
ADDING A EMAIL ID AND DAWNLOAD IT.
IF IT IS NOT WORKING THEN SEARCH FROM GOOGLR ROBOT STRUCTURAL ANALYSIS PROFESSIONAL 2018 AND DAWNLOAD IT.
AIM -
Why do we need to assess buildings/analyze while modeling elements? Does design affect modeling in anyways
ANS -
BUILDING ANALYSIS -
FOLLOWING ADVANTAGES OF BUILDING ANALYSIS.
1. IT HELPS TO CALCULATING THE INTERNAL FORCE AND LOADS.
2. IT HELPS TO CROSS CHECK THE ENGINEERING DESIGN.
3. THE STRUCTURE CAN PERFORM DURING THE DESIGN.
4. THE STRUCTURE CAN ANALYISE EACH AND INDIVISUAL ELEMENTS
DESIGN AFFECT THE MODDELING -
THE STRUCTURAL DESIGN AFFECT THE MODDELING IS GIVEN HELP TO DESIGN BETTER MODELLING AND COVER THE ISSUES. IT CAN EXISTING MODEL AND ALLOWS TO INCORPORATE THE ULTERNATIVES.
AIM - From the structural model developed in week 6 and 7, export the complete analytical model to robot structural analysis.
a. List your assumptions on what boundary conditions will be realistic for the analysis approach
b. Use the design standards to decide what loads must be applied to floorings based on the type of structure decided
c. List the load combinations and include them in the analysis model
d. Analyze the building and report the following results
i. Maximum Moment in each floor for all Load Combinations
ii. Maximum Displacement in each floor for all Load combinations
iii. Lateral Displacement in building for all Lateral Load combinations
e. After analysis, do you think you have a better approach or idea in modeling structural members?
ANS - CREATING A GRIDS -
OPENING A NEW STRUCTURAL TEMPLETE SELECT GRID FROM THE STRUCTURAL TEMPLETE LONGITUDNAL AND HORIZONTAL DIRECTIION. AFTER THAT PLACING THE COLUMN FROM STRUCTURAL RIBBON AND SELECT ALL GRID AN PLACE A COLUMN CENTAR OF THE GRIDS.
COLUMN AT CENTER OF THE BEAM
BEAM -
TO PLACING THE BEAM IN CENTER PART OF THE GRIDES SELECT A BEAM FROM THE STRUCTURAL TAB AND SELECT A GRIDS AND INSTALL ALL THE BEAMS AT CENTER PART OF THE STRUCTURE AND SELECT RIGHT CLICK
LOADS -
TO PLACING THE LOADS SELECT LOAD FROM THE ANALYAZE TAB FROM THE ANALYZE TAB. ATER THAT SELECT AREA LOAD
AREA LOADS
IN AREA LOAD IMAGE THERE IS SHOWING A POINTS WHICH INDICATES THE AREA LOADS.
LOAD CASSES -
TO APPLIE LOAD CASSES INTO THE STRUCTURAL MODEL. SELECT LOAD CASSES FROM THE ANALYZE TAB.
ADD LOADS -
AFTER OPENS A LOADS CASSES ADDING A LOADS LIKE WIND LOAD,DEAD LOAD,LIVE LOAD ETC AND RENAME IT ACCORDING OUR REQUIRMNET.
APPLIED LOADS ON THE FRAME
LOAD COMBINATION -
ADDING ONE LOAD COMBINATION AND RENAME IT LOAD COM.1. AFTER THAT ADDIND A LIVE AND DEAD LOAD AND CLICK OK.
LOAD COMBINATION
BOUNDARY CONDITION -
FOR PROVIDE BOUNDARY CONDITION TO THE STRUCTURE SELECT BOUNDARY CONDITION FROM THE ANALYZE TAB AND SELECT POINT. AFTER THAT SELECTING A BOTTOM IF THE COLUMN.
BOUNDARY CONDITION
ROBOT STRUCTURAL ANLYSIS -
TO EXPORT THE STRUCTURAL OBJECT INTO ROBOT STRUCTURAL ANYLISIS. SELECT A ROBOT STRUCTURAL ANYLISIS FROM ANALYZE TAB AND AFTER THAT SELECTION IT WILL BE EXPORTED IN STRUCTURAL TAB.
ROBOT STRUCTURAL ANALYSIS
EDIT TOOL - BY EDIT TOOL SELECT THE LOADS. AND APPLIED IT
LOADS - SELECTING A AUTOMATIC COMBINATION OF THE LOADS. IT IS CALCULATING THE LOAD BY IS CODES.
FRAMING SNIP OF OBJECT -
LOAD OPTION - FROM LOAD OPTION SELECTING A LOAD DEFINATION.
EDIT - FROM EDIT OPTION SELECT ALL.
LOAD ASSIGN - LOAD ASSIGN FROM LOAD DEFINATION.
LOAD COMBINATION - FOR LOAD COMBINATION SELECT MANNUAL COMBINATION FROM LOADS.
ANALYSIS - FOR ANALYSIS THE MODEL SELECT ANALYSIS CALCULATION FROM ANALYSIS TAB
AIM -
What is energy analysis and why do we need to consider it while modeling in Revit?
How does the factor of sustainability improve the quality of your design?
ANS - ENERGY ANALYSIS -
ONE OF THE RECENT METHOD TO EVALUATE ENERGY CONSUMPTION OF BUILDINGIS ENERGY ANALYSIS USING BUILDING INFORMATION MODELLING(BIM ) TOOL. IT IS THE STRAIGHT FORWARD CALCULATION. IT IS USE ( (KWH) UNIT.
IT IS THE TRADITIONAL METHOD OF ASSESING THE WAY THE ENERGY IS USED IN A OPERTATION INVOLVING THE PHYSICAL OR CHEMICAL PROCCESING OF MATERIALS AND TRANSFER CONVERSION OF ENERGY.
FOUR GENERAL PRINCIPAL OF ENERGY ANALYSIS -
1. CALCULATING HEAT LOSS AND GAIN
2. CALCULATING THE ENERGY
3. DETERMINNING THE FUEL REQUIRMENT
4. EVALUATING THE COSTS
FACTOR OF SUSTAINABILITY -
THE FOLLOWING FIVE THINGS WHICH IMPROVE THE SUSTAINABILITY OF THE DESIGN .
1. LOWER ENERGY
2. IMPACT OF CLIMATE CHANGE
3. RESOURCE CONSUMPTION
4. QUALITY AND DURABILITY OF PRICE
5. NON TOXIC MATERIALS.