3D model:
Standard views:
Section view:
The detailed steps are given below:
1. Scaling the image to random dimensions.
2. Create a new sketch on the top plane as shown below, then extrude the colored region to 12.5 units.
3. Create a sketch on the top face as shown below, then extrude cut it.
4. Add a reference point to the top face. (the hole will be created using it)
5. Using hole wizard, create a countersunk hole with the given settings.
6. The finished part:
7. Create a new drawing of this part, then create the required section view.
5. Draw the section view for the following object using solidworks with random dimensions. Save part...
following object converting the front view into a full section. Draw the Min plane line. It is not necessary to include the dimensions. The matera Chapter 5: Sectioning 1 25-30) Draw the fo propriate cutting the part is Cast Iron - 6.50 02.00 7.75 1.50 .75 full section View 1.50 Seprate sheet NOTE: ALL ROUNDS AND FILLETS 12 R
1. Draw the part illustrated below using a full section view (front view, side view, and top section view) to scale. Use blank, letter-sized paper and include the scale used. Draw a frame around the perimeter of the page, 1cm in from the edges. Do not use grid paper (15%) Grid spacing is 5mm 2. For part illustrated below produce a multiview drawing on landscaped on a blank paper with proper dimensions following standard practice (e.g. ASME). Draw a frame...
Im new to solid works and I need help creating this object and drawing on Solidworks, Please give me specific instructions on how to do this assignment. Sending screenshots of steps on solid works would be very much appreciated! Homework Week #5 In solidworks, create the split hub clamp part shown on the following page. All dimensions are in inches. Two of these parts are joined with a pair of socket head cap screws and are used to clamp on...
Use grid paper to draw a three view drawing for the following object. Add dimensions to the appropriate views. 70 I.20 .70 0.50 4 HOLES 2.84 1.44 62 .25 2.76 1.42 01.00 .38 figure 2: Offset Plate
DRAWING -1: Draw the following views to describe the object in Figure D a sectional FRONT view on A-A, - a SIDE view from B, -a TOP view DIMENSIONS ARE IN MILLIMETRES PLOT THE DRAWING ON A SCALE OF 1: M30 x2 2 x φ10 R12 R 6 25 20 638 DRAWING -1: Draw the following views to describe the object in Figure D a sectional FRONT view on A-A, - a SIDE view from B, -a TOP view DIMENSIONS...
1 of 1 Mechanical Engiceting Program Home Work 13 Question for the following object: (50 points) Draw by Hand drawing with drawing tools Draw the assembly drawing with BOM and Balloons (15 marks) 2. Draw the detail drawing for each part with dimensions (cach part Smarks) 3. Draw the section for A-A line (for Part 3) in separated drawing from Q6-2 (5 marks) Note: Base-1 unit, End Bracket-2 units, Center Plate-1 unit, Hex Head Nut-2 units, Hex Head Bolt 2...
Complete the following section view drawings with dimensions and necessary views. Do not draw the pictorial views. They are shown to assist you in visualization. Dimension views fully. 138- 118 Finish All Over: 1 um Material: Phosphor bronze Part Name: Valve Stem PROBLEM 12.34 Removed section (metric) 84 42- 19 - -09.6 09.6 038 07.88 2 4X R LEFT-SIDE VIEW 7.86 V 69.5 RIGHT-SIDE VIEW LØ28 15.06 - 59.2- 68.8 - -- 128- NOTE: Some hidden lines omitted for clarity....
Engineering Drawing 1 . Draw the sectional view of the given object. (10 points)
Using solidworks Draw the following sketch. Extrude the sketch by the given thickness. Notes: Ensure that each sketch is fully defined before extruding or cutting Follow the IPS system while drawing 61.73 AB 50000 BC 3.8376 CD 15403 DE-? EF 3.4361 FG 2.3679 GH 1.7713 HA 3.0881 Angle CDE? 9407 94.11 106.59 6847 100.10 111.69 Thickness 125 Results may vary owing to round-off error) Figure P2-5 INCHES
Please explain step by step, how to draw this in Solidworks. Create the following closed-loop profiles using the 2-D drawing capabilities of your solid modeling software. Define the geometry and sizes precisely as shown, using the necessary geometric constraints. Do not over- or underconstrain the profiles. R1.0 R1.25 R.38 RADIUS AS REQUIRED -1.25 1.25 2.5 -5.0-