Tag: CAD

Mechanical Drawing is known as scale drawing of a machine or architectural plan or the craft of drawing blueprints i.e. drafting. The variety of lines used in preparing a mechanical drawing is large, and each of them has its particular meaning. Boundary lines outline the shape of an object and its parts. Section lines are used to show intersections and the outlines of shapes within the boundary lines. The central axes of an object are represented by the center lines. Break lines are used to indicate that the entire object is not seen in the drawing. These, together with hidden lines and dimension lines, are used most frequently.

Correct design information and projection are the imperatives of a set of engineering drawings. The skill and dexterity shown by some persons in drawing more accurately, more quickly, or more neatly have recognized value in the preparation of such drawings. Equipment has been invented to facilitate the performance of the manual tasks. Most widely known are the T square, triangle and protractor. Bridge building begins long before ground is broken for the supports. The making of a bolt also starts well before the machinist sets an automatic machine to cut the thread into a piece of metal. Actually, for both projects, much planning and work have been completed before effort to undertake construction begins. In building a bridge, months of preliminary work are required before construction workers and tools meet on the job. Students wishing to become skilled drafters must practice certain standard exercises. There are many kinds of exercises that can be performed to increase speed and develop accuracy.

Mechanical drawings are widely used to create artwork for automotive design, architectural plans, engineering drawings, or electrical circuit diagrams. The introduction of the computer and accompanying drawing applications, such as Adobe Illustrator and Corel Draw (not to mention cad programs), have rendered skill with pen and pencil almost absolute.

Technical drawing is the discipline of creating standardized technical drawing by architects, CAD drafters, design engineers, and related professionals. Technical drawing includes the various fields and technologies foundation electronics, which has in turn revolutionized the art with new tools in the form of Computer Aided Design (CAD).

A technical drawing or engineering drawing is a type of drawing and form of graphic communication, used in the transforming of an idea into physical form. Technical drawings contain geometric figures and symbols to convey the scope and details of the project. Many professions, such as plumbing, use their own suite of unique symbols. Right angles, parallel lines, curves and symbols constitute the technical drawing. To those on the team, each line or symbol conveys a specific about the project.

Drafters are men and women trained in the art of technical drawing. Another term for a person skilled in creating technical drawings is a draftsman, although modern practitioners prefer the term drafter. It is imperative that technical drawings be accurate. If the drawing is off by even centimeters, the actual work may be off quite a bit too. This leads to terrible consequences and costly delays in construction. This type of drawing is used to fully and clearly define requirements for engineered items, and is usually created in accordance with standardized conventions for layout, nomenclature, interpretation, appearance, size, etc.

The process of creating a technical drawing is called drafting or technical drawing. A technical drawing differs from a common drawing by how it is interpreted. A common drawing can hold many purposes and meanings, while a technical drawing is intended to quickly and clearly communicate all needed specifications of a created object or objects.

In construction industry steel detailing services plays an important role, with the help of steel detailing drawing you can create accurate building structure. Detail drawings of any building construction represent the members of each assembly and contain step by step instructions on how to fabricate each and every piece.

Steel detailing drawing requires skills in drafting, logic, reasoning, spatial visualization, and communication. A basic knowledge of general engineering principles and the methods of structural and steel fabrication are essential to the practice of this discipline. A computer-aided detailer also requires skills in using computers and an understanding of the specific CAD software he has to use.

Detailed structure shop drawing is the involvement of experienced engineers, architects and general contractor. A good steel detailer will work closely with a wide range of professionals so they can work to provide its customers a superior product. Shop drawing structure is also a necessary thing. It is not possible for us to construct buildings without them, but these drawings are very confusing, and it requires a special staff for the shop-drawing services within the time limit.

The structural detailer should also have knowledge of wind and gravity loads and material stresses. He must be familiar with different type of steel and other materials, architectural details of construction and be able to produce various types of beam-beam or column-column connections. Shop drawing structure is very useful in a whole range of manufacturing and construction businesses like plants, building construction, shipbuilding and naval and marine, and other similar industries.

The shop drawing structure must also be checked for accuracy and completeness by another detailer. During checking comments arising from approval and corrections must be resolved, and the original drawing must be updated accordingly. After this, the drawing may be released for use in construction.

Please visit http://www.structuraldesigningindia.com for more information about steel detailing drawing and shop drawing structure or Drop an inquiry at: [emailprotected]

DWG – “drawing” is a format used for storing two and three dimensional design data and metadata. It is the native format for several CAD packages including AutoCAD. The DWG format is probably the most widely used format for CAD drawings.

DWG Drawing to PDF Converter allows you convert DWG to PDF, DXF to PDF directly without need of AutoCAD, it converts DWG and DXF files into vector PDF files, quick and easily. There are several claims to control of the DWG format. It is Autodesk who designs, defines, and iterates the DWG format as the native format for their CAD applications. The DWG format is probably the most widely used format for CAD drawings. Autodesk estimates that in 1998 there were in excess of two billion DWG files in existence. There are several claims to control of the DWG format. DWG Drawing to PDF Converter supports a wide variety of versions of DWG and DXF files, it supports DXF or DWG files. PDF converter is convenient and easy to operate, and DWG and DXF files can be directly dragged from Windows Explorer and converted fast.

DWG is a file format.
Applicant is not the exclusive source of files with the format name DWG.
Applicant does not control the use of DWG by others, either as a trademark or as a file format name.
The submitted survey does not reflect recognition of DWG as a trademark, since no distinction was made between use as a trademark and use as the name of a file format.
To tackle “spider web drawing means you must be capable of drawing straight lines. A spider web is not so easy to draw as it looks. If you are thinking of doing drawings of spider webs, take a look around outside to see if you can spot a good looking spider web. Do a quick, rough sketch outside then transfer it once you have a firm surface to draw on. After a bit of practice, spider web drawings were quite easy. For Drawing Corner Spider Web, you have to take your pencil and on the top of the page, about two inches from the right start drawing a line to 2 inches below the right top corner. The line should loop down and have points.
Draw straight lines from the points in your first line to the corner.
Make lines parallel to your fist line going all the way up. You should have 5 or 6 lines.
For Drawing Full Spider Web, Get a paper and make a cross on it, try to make both lines a similar length (using a ruler will help)
Draw diagonal lines through the center, dividing the paper up from 4 to 8 sections.
Start connecting the lines with inverted arcs, this is an arc), from the inside out.

Once you have reached the end of the web, elongate the diagonal lines, this will make it look like it has supports. Draw a spider by making a fuzzy ball, then drawing legs (eight of them) on your web. This spider web drawing in a tree looks quite attractive, a bit like a sailboat. The straight lines were probably the hardest part. You have to be careful while drawings the threads of web link up together neatly and spaced fairly accurately. Some spiders take pride in their homes obviously.

Structural steel is the most widely used materials to develop the buildings because of some of its design compatible features. Structural steel offers optimum flexibility to the buildings and can be molded into any shape in coordination with the concrete materials.

A drafter or a designer needs to keep in mind some of the aspects before attempting to develop the plating and Structural Steel Drawing Services.

These aspects are as follows:

The internal and external loads on the completed design.

The size and the location of the different structural members.

A comprehensive layout of the design, depicting all the working points.

Details of the floor elevations.

Standard codes relating to the structural steel drawing.
A comprehensive structural steel drawing includes various essential datas such as the size and the length of the welds, the size and the length of the bolts, dimensions and angles of the plates, and the locations of the work points. The different software tools used for plating and structural steel drawing are AutoCAD, Bentley, Advance Steel, Tekla Structures and Micro-station etc.

The various benefits that the CAD software offers in the plating and structural steel drawing process are:

Easy modification of the drawings at any stage.

Access to user friendly documentation procedures.

Ability to change scales within the drawings.

Easy sharing of the drawings by different users at a single time.

Automation of the parts insertion process and various other related processes.
With the help of the advanced computer aided design tools of the software, it is being possible to develop the structural steel drawings for a wide range of project areas such as the residential and commercial buildings, large campuses and factories, power generation settings, waste water systems, water storage systems, manufacturing plants, flyovers, stadiums and tunnels etc. The software tools implement the concept of building information modeling, which helps the drafters and designers to develop drawings which can effectively be converted into photorealistic visualizations of the whole structural project.

Today, the online CAD software supplier which name is autodeskmarket would give more advices about how to control the drawing skills of the CAD software, autocad 2013 and Autodesk AutoCAD 2011.

The first advice from the website www.autodeskmarket.com is that we should learn the basic commands of the CAD software and apply for it excellent. As we all know, the number of drawing commands of AutoCAD 2013 up to several hundred but the commonly used commands are dozen. It is necessary for us to master these basic commands. We could use the AutoCAD finish the same thing with different command. In order to select the most appropriate command to achieve the purpose, we must be familiar with a variety of command functions and characteristics. For example, the number of commands which can generate the straight line are five. But the Line command is the most frequently and flexible used command. Other commands can be used with the Line command.

The second suggestion that the autodeskmarket would introduce you is the using for the shortcut command. The startup command of AutoCAD 2013, Autodesk AutoCAD 2011, has contained the drop-down menu command, toolbar buttons, on-screen menu, the command window, the shortcut command. The practice and experience has proved that the skilled using of the shortcut command is the most effective method to improve the drawing speed. There are several ways for us to drawing the straight line. Many beginners use line tool in the toolbar mouse and then use the mouse draw straight lines in AutoCAD 2013 drawing area.

The third method is the suitable combination of drawing and editing commands which would improve the drawing speed. If you are good at use the combination commands to draw graphics, you could save a lot of time to input coordinates and increase the speed of drawing. In the using process, the first step is to map out the design basis and then we should use the Offset command and trim shear command. This can help us save much time about coordinate input and speed up the drawing speed. Another example is very typically. If you want to draw an arc connection, we would commonly use the combination of circle and TRIM command. We should first draw a circle in the drawing process and then use trim to have the arc. In the drawing process, if you can master the use of some combination of command of v lt 2011 and AutoCAD 2012 Autodesk, it will greatly improve the speed of drawing.

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