Structural analysis of a buidling using Robot Structural Analysis

1) Heating ventilation and air conditioning (HVAC) is the technology, which enables the climatic comfort in residential or commercial models and it is the processes of heating, cooling, and air ventilation using a thermostat and other devices.

essentials in building modelling:

• controlling the overall climate of the building
• improves air quality
• achieving the energy efficiency

2)aim:the main aim of this question is to make the HVAC system for a model

introduction:in this, i am gonna use the tools from systems panel to make the HVAC for a model

procedure:

• starting with the model from previous challenges
• the model is linked with the mechanical template
• starting with the air teminals, some of the family's are loaded and arranged them in a model
• also inserting some of the mechanical equipments such as air side components by loading family
• after inserting, we will form a duct by joining them.

result:

the model with HVAC system is as follows

3)in this, the robot structural analysis is installed through autodesk or by google chrome.

• the first step is to go to the autodesk app store in revit application
• then searching for the structural analysis toolkit 2018 or 2019 or2020 which is suitable to our revit version
• then by logging in to autodesk, we wil install the application

the second step is by searching in google chrome, we will be navigated to autodesk official website,then the procedure for downloading structural analysis toolkit is same as first step

4)it is more important to analyse the model than designing a model:

• it heps in calculating the loads and internal forces,which might help in understanding the model to withstand from loads in future.
• also helps in cross check the engineering design
• can perform during design
• can analyse each and individual elements

5)

aim:the main aim of this question is to make the structural model and analyse the model by robot structural analysis.

introduction:in this, i am gonna create the small structural model which have columns, beams and it is having some boundary conditions, loads and load combinations . the model is then transferred to robot structural analysis, then we will get the reactions,bending moments etc,.

procedure:

• starting the model with structural template
• taking the grids in horizontal and transversal direction
• inserting the column by using the reference of grids
• also inserting the beam by using the reference of grids
• then using the tools in analyse panel, the loads, load combinations and boundary conditions are applied to the model
• then using the robot structural analysis, the model is analysed and the reactions, deflections and bending moments are noted down.

result:

the model is analysed as shown below

6)

it is the traditional method used in an operation involving the physical and chemical process of materials and transfer and/or conversion of energy,four general principles are :

• calculating heat loss and gain
• calculating the energy
• determining the fuel requirements
• evaluating the costs

the sustainability improve the quality of design in view of:

• lower energy
• impact of climatic change
• quality and durability of price
• non toxic materials