What are solidworks drawings used for?

What is the importance of a drawings?

Drawings are important because they are used to communicate the technical details of a project in a common format. The drawings also become the foundation for future projects and cost savings for customers.

What is the purpose of engineering drawing?

Engineering drawings are used to communicate design ideas and technical information to engineers and other professionals throughout the design process. An engineering drawing represents a complex three-dimensional object on a two-dimensional piece of paper or computer screen by a process called projection.

What are product drawings used for?

Production drawings illustrate how to manufacture a product, providing information about dimensions, materials, finishes, tools required, methods of assembly and so on.

What is SOLIDWORKS drafting?

Draft tapers faces using a specified angle to selected faces in the model. One application is to make a molded part easier to remove from the mold. You can insert a draft in an existing part or draft while extruding a feature. You can apply draft to solid or surface models.

What are the 3 purposes of drawing?

There are many purposes of drawing such: describe or record something, document some evidence or history, explore different objects or nature, remember the past or past moments, change people understanding or thinking, express feelings and emotions and many more. Usually all our drawings come from our memory.

Why are drawings used in construction?

The main purpose of construction drawings is to provide a graphic representation of what is to be built. Construction drawings should be concise and coordinated to avoid, wherever possible, ambiguity and confusion. Delays and misunderstandings can be minimised by properly coordinating the drawings.

What are the advantages of engineering drawing?

What are the Benefits of Having a Perfect Engineering Drawing?

• The method of preparation of an item can be depicted through drawings. A three-dimensional object will be represented through 2-dimensional engineering drawings. …
• Features. …
• Views and projections. …
• Reference. …
• CAD (Computer-Aided Design)

What are the 4 basic components of an engineering drawing?

Engineering drawings are the language of engineers.

• What is Engineering drawing? …
• Orthogonal views. …
• Dimensions. …
• Scale. …
• Projection. …
• Drawing Standards. …
• Name/ Title of the drawing. …
• Tolerances.

What are the importance of in between drawings?

It is a common technique used in many types of animation. The frames between the key frames (the first and last frames of the animation) are called “inbetweens” and they help make the illusion of fluid motion.

What is the main advantage of manual drawing over CAD?

The advantages of manual drafting include; the low cost of equipment compared to CAD hardware and software, the clarity that can be achieved by being able to see all shapes, sizes and angles on one sheet, the ability to bring creative style and expression to drawings, and a degree of depth and weight that can be easier …

How do you draw in SolidWorks?

Creating a New Drawing

(Standard toolbar) or File > New. In the New SOLIDWORKS Document dialog box, select Drawing , then click OK. Select options for Sheet Format/Size, then click OK. In the Model View PropertyManager, select a model from Open documents or browse to a part or assembly file.

How do you rib in SolidWorks?

To create a rib:

1. Sketch the contour to use as the rib feature on a plane that intersects the part, or is parallel or at an angle to an existing plane.
2. Click Rib (Features toolbar) or Insert > Features > Rib.
3. Set the PropertyManager options.
4. Click OK .

How do you make a derived sketch in SolidWorks?

Deriving Sketches in Parts

1. Select the sketch from which you want to derive a new sketch.
2. Hold the Ctrl key and click the face on which you want to place the new sketch.
3. Click Insert > Derived Sketch. …
4. Position the derived sketch by dragging and dimensioning it to the selected face. …
5. Exit the sketch.