Creating Kitchen layout, Hatching of Architectural elements and sectional view of an Industrial Building in AutoCad
CREATING KITCHEN LAYOUT, HATCHING OF ARCHITECTURAL ELEMENTS AND SECTIONAL VIEW OF AN INDUSTRIAL BUILDING IN AUTOCAD
Q1. Create the layouts of the kitchen and provide hatches pattern as shown. Also, use blocks wherever required. Provide appropriate dimensions in the plan. Assume the size of doors, appliances and others as per the standards
AIM:
To create the kitchen layout and to also, use proper dimension techniques to dimension the kitchen layout. Also, insert text wherever required
All dimensions are in mm
PROCEDURE:
STEP-1:
- Units are set to mm
- Limits and limax are also set
- Zoom command is also used
STEPS FOR DRAWING BELOW COUNTER PLAN:
- Open AutoCAD and enter UN (units command) in command box and make the type as decimal
- Select line command and draw a line of 4300 in X-direction and a line of 3200 in Y-direction and complete the rectangle
- Offset 230 towards all sides of the rectangle outside
- Fillet all the offset edges
- Offset of 600 from top of the room to draw the kitchen platform
- Give the offset as follows from left side 90 as first offset – 90 mm as first offset, 1000 mm for fridge, 600 for micro-oven, 450 for A1 part, 300 for A2/A3/A4, 900 for A5/A6/A7, and 300, 945, and 35 offsets
- Offset 12 mm to both sides in each corner of the room
- Offset 600 mm from bottom in middle of kitchen to draw platform
- Now enter offset as follows – 900, 450, 900, 450, 450, 450, 560, 35
STEPS FOR DRAWING ABOVE COUNTER PLAN:
- Open AutoCAD and enter UN (units command) in command box and make the type as decimal
- Select line command and draw a line of 4300 in X-direction and a line of 3200 in Y-direction and complete the rectangle
- Offset 230 towards all sides of the rectangle outside
- Fillet all the offset edges
- Offset of 600 from top of the room to draw the kitchen platform
- Give the offset as follows from left side 35 as first offset and again the offset as 965, 600, 2595
- Offset 12 mm to both sides in each corner of the room
- Offset 350 mm from bottom in middle of kitchen to draw platform
- Now enter offset as follows – 35, 450, 900, 900, 900, 1010, 35
HATCHING OF OBJECTS:
- Click home tab – draw panel – hatch
- On the properties panel hatch type list, select the type of hatch that you want to use
- On the pattern panel, click a hatch pattern or fill
- On the boundaries panel, specify the how the pattern boundary is selected
- Pick points, insert the hatch or fill within a closed area that is bounded by one or more objects
- Select boundary objects, insert the hatch or fill within a closed object
- The selection method is retained until you change it
- Click an area or object to be hatched
- On the ribbon, make any adjustments as needed
- On the properties panel, you can change the hatch type and colours or modify the transparency level, angle or scale for the hatch
- On the expanded options panel, you can change the draw order to specify whether the hatch and its boundary are displaced in front of or behind other objects
- Press enters to apply the hatch and exit the command
- Hatch the brick wall with hatch type as ANS132 and hatch other part as solid and grey colour
RESULT:
Q2. Create the elevation of the plan created in the challenges 7 and apply proper hatch in the walls, doors, windows and other architectural elements. Refer to the dimensions in plans and sections in challenges 7
AIM:
To create elevation and the hatching the structural and non-structural elements of the building like walls, columns, etc.
PROCEDURE:
STEPS FOR DRAWING SECTION:
- Select line command and extend the lines from the plan in the downward manner to create projections
- Offset 150 mm from the ground level
- Offset 2450 mm for ground floor
- Offset 2850 mm for first floor
- Offset 2850 mm for second floor
- Offset 2850 mm for third floor
- Offset 1000 mm for parapet wall
- Offset 2500 mm from terrace level for mumty
- Offset 450 mm mumty for parapet wall of mumty
- Offset 600 mm and offset 1200 for O.T.H
- For drawing of staircase offset 1250 mm for tread and offset 143.75 for rise of staircase
- Offset 125 mm below floor level for slab
- Draw the chajjas and windows as per the sizes considered and standards
- Draw the railing of staircase in dash manner from the layers and change the layer to ACADIS003W100
- Give the dimensions by dim linear or dim continue command
- Select the multiline text for naming of the section
HATCHING OF OBJECTS:
- Click home tab – draw panel – hatch
- On the properties panel hatch type list, select the type of hatch that you want to use
- On the pattern panel, click a hatch pattern or fill
- On the boundaries panel, specify the how the pattern boundary is selected
- Pick points, insert the hatch or fill within a closed area that is bounded by one or more objects
- Select boundary objects, insert the hatch or fill within a closed object
- The selection method is retained until you change it
- Click an area or object to be hatched
- On the ribbon, make any adjustments as needed
- On the properties panel, you can change the hatch type and colours or modify the transparency level, angle or scale for the hatch
- On the expanded options panel, you can change the draw order to specify whether the hatch and its boundary are displaced in front of or behind other objects
- Press enters to apply the hatch and exit the command
- Hatch the brick wall with hatch type as brick and hatch other part of concrete as air conc
RESULT:
Q3. Create the section view of an industrial building as shown in the image. Provide appropriate hatches and dimensions wherever required. Also, provided annotations to the drawing
AIM:
To create the section view of an industrial building
PROCEDURE:
- In the command prompt type l to draw the lines
- In the ribbon bar > hatch > AR. CONC
- In the command prompt type rec to draw the rectangle
- In the command prompt type LT to get the dotted line
- In the command prompt type Mt to draw the text
- In the command prompt type c to draw the circle
- In the command prompt type dim to draft the dimensions
RESULT:
