Showing posts with label artist. Show all posts
Showing posts with label artist. Show all posts

Thursday, 17 March 2011

Folding Engineering Drawings

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folding engineering drawings

Drawing A Floor Plan

It is not the intention of this article to give you a complete course in drawing a floor plan. That is a very involved process. In short though, I would like to walk you through the process for your general information.

Most all plans start with a sketch of some sort made by the prospective home builder, or by a professional architect or designer. Usually that sketch is drawn on graph paper so that some sort of scale can be maintained and usually that scale on the grid paper is either one quarter inch equals one foot or two feet.

The first thing that is drawn is the exterior boundary known as the perimeter walls. Weather you are using a drafting board or a CAD (Computer Aided Drafting) program, the process is still basically the same because a CAD program really is nothing more than a drafting board on your computer.

Inside the boundary line, we then draw the thickness of the exterior walls which can either be four or six inches depending on how much insulation will be used and if the construction material is wood or metal studs, with wood being the most common of the two. This is usually determined by the climate of the area the house will be built in. Houses in colder climates would receive more insulation, therefore thicker walls, and those in warmer climates would receive less.

For homes built with other materials, the thickness will vary from one material to the next. For instance if the home is masonry block, the thickness would be four, eight, or twelve inches. With poured concrete the thickness can be whatever is prescribed by the designer, but usually not under six or eight inches thick.

Once the exterior walls are drawn, the interior walls, which are almost always four inches thick, are then placed with careful attention paid to room depths and widths. For instance, a hall that is under three foot wide is of no practical use because the minimum door (from my own experience) into a bedroom should always be no less than thirty to thirty two inches wide and the framing along with the two or three inch trim should always be considered.

A bedroom should always be a minimum of ten feet wide and ten feet deep not including the closet to allow for a bed, dresser and chest of drawers. The closets should be a minimum of two feet deep by three or four feet wide to allow for clothing storage.

The bathroom or bathrooms of a home should be drawn at a minimum of five feet wide to accommodate a bath tub and no less than seven feet deep to allow room for a toilet and sink vanity. A half bath should be a minimum of four feet wide by four feet deep to allow for the sink and toilet.

The living or family room should almost always be at least one and one half times the size of the smallest bedroom to allow for plenty of room for socializing and relaxing while watching television or entertaining guests.

Kitchen sizes will vary but the minimum size kitchen for a two or three bedroom home should be at least one hundred square feet to allow for cooking appliances, dish washing, food storage, and preparation.

If a utility room is on the house sketch, this should be a minimum of three feet deep by five feet wide for a washer and dryer to be placed in it. This type of utility room usually has a five foot wide bi-fold or double door to allow access to both appliances.

And lastly, if we have a garage, the minimum for a single car should be twelve feet wide by twenty two feet deep and an eight foot wide garage door.

Once the rooms are laid out then the doors are placed. The nearest a door should be to a wall is three inches because of the trim surrounding the door casing. The minimum door sizes are as follows: Main Entrance - 36 inch,  Secondary Entrance - 32 inch,  Bedrooms - 30 inch, Study or Library - 32 inch, Bathrooms - 24 inch, Utility Rooms - 32 inch, Linen Closets - 16 inch, Bedroom Closets - 24 inch, Pantries - 12 inch, Storage Rooms - 32 inch.

These sizes are the preferences of most people I have drawn houses for and may have to be altered to suit the home builder or your client. It's also good to swing a door to the closest wall for the sake of space. Wherever a door is placed, you can't have furniture! So door placement is a matter of functionality also.

Windows are very important to the home as these allow light and fresh air into the rooms. For a bedroom, the minimum window should be three feet wide by four feet four inches tall to allow fire egress (a fire escape) should it be needed.

Once these stages are completed then things like dimensions, door and window labels, notes, and electrical can be placed on the plan.


About the Author

My name is Tim Davis and I draw architectural and mechanical plans for a living. I also teach others how to draw house plans, site plans, mechanical and shop drawings and other types of drafting that I have been trained to do in a virtual classroom on the internet called 101 Info Dot Org at http://101info.org



Why Fold Wide Format Paper Documents?









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Thursday, 22 July 2010

Installation Drawings

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installation drawings

Handyman How to: Install Sheet Vinyl Flooring in Your Bathroom

Vinyl flooring can be a simple cost effective solution for your bathroom floor. Sheet vinyl is easy to install and can be very durable if done correctly. Many home owners have made the decision to install vinyl flooring, with the new styles and designs to choose from and also with the affordability, it's hard not to see why. In this series, we'll explain to you how to install sheet vinyl flooring like a professional handyman.




The first thing to do is assess your current bathroom floor.




Is it ceramic tile, or does it have vinyl? If it is vinyl then the task is fairly simple, however, having a tile floor in your home's bathroom makes it slightly more difficult. Ceramic tile will need to be covered with luan sheeting. The first thing is to remove all the ¼ round trim from along the baseboards. Next, remove the toilet. Turn off the water supply line to the toilet. Then flush to drain to relieve the water from the tank, check to ensure that the valve is closed and that fresh water is not filling the tank. When empty, remove the water supply line from the tank, unbolt the two fastening nuts from the base of the toilet at the floor. Lift the toilet straight up and off the flange seat, store toilet in a safe place until ready to reinstall.




After the trim and toilet in the bathroom have been removed you are ready to start.




Measure the bathroom and draw the layout on paper. If installing luan over ceramic tiles you should fill the grout lines with a patching cement mixture. Cut the luan to size according to your drawing and fit into place. Be sure to make the cut out for the toilet and any floor vents you may have. Once the tile has been covered and the luan all fits together tightly over the flooring you are ready to fasten it. Remove the pieces. Apply a construction grade adhesive to the back of the first piece and set firmly in place. Use concrete and brick anchors to screw the luan covering into the tile, pre drilling holes and counter sinking will be required. Place anchors 24" apart inside the entire surface area. Install the remaining luan sheeting likewise.




Once the luan is installed you are ready to cut the vinyl sheet.




Lay out the sheet face down on a floor large enough to accommodate the size of the sheet. Reverse the drawing you have on your layout paper and, taking care to ensure the vinyl sheet is flat, draw out the full size pattern onto the sheet, giving a full extra inch on all sides for overlap. Carefully, cut along the lines you have drawn. Do not cut the toilet hole at this time. When you are done cutting the vinyl you are ready to fit.




Roll out the sheet into place.




Adjust vinyl sheet until completely flat and correctly positioned on the bathroom floor. Utilizing a linoleum knife, carefully cut the border to trim and flush along the baseboard. Cut out the hole for the toilet and any air vents in the floor. After the sheet is completely trimmed and fits perfectly in place with no bulges or large bubbles you are ready to apply the adhesive glue.




Start by rolling back the farthest part of the floor from the door. Doing half of the area at a time, apply the adhesive according to the manufactures specifications. After half the area is covered with glue, roll back the sheet into place. Use a flooring seam roller to flatten out the vinyl sheet, removing all the bubbles. Repeat the process with the remaining other half of the sheet. After the sheet is rolled completely flat and all bubbles have been removed, allow the flooring to acclimate to the bathroom and give at least 24 hours for the flooring adhesive to cure.




After the adhesive has dried for at least 24 hours, reinstall the ¼" round trim molding or replace with new.




Using a new wax ring, reset the toilet in place. A flange extender may be required if you have brought the bathroom floor up higher than the top of the flange. Secure the two toilet bolts to the bathroom floor. Reconnect the water supply line. Open the supply valve and test for toilet for functionality.




Last, install a transition threshold in the door entry. Be sure to use the correct threshold to join your flooring types and provide a smooth transition. The bathroom door may need to be trimmed along the bottom to provide clearance. If that is the case, simply pull the retaining pins at the hinges, remove the door. Mark the bottom of the door to the proper height using a level and a carpenter's pencil, trim excess with a saw and re-hang the door. Once you are sure that the door opens and closes properly you are done and can begin to enjoy your new bathroom floor.


About the Author

Better Built Craftsman specializes in affordable, quality bathroom remodeling, kitchen remodeling projects and handyman services in Birmingham, AL metro area. You can check out other home remodeling and how-to articles at the Birmingham Home Improvement Blog.



Installation Drawings Part 1 SolidWorks









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Monday, 10 May 2010

Structural Engineer Drawings

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structural engineer drawings

Structural 2D Drafting Services' Significance In Structural Engineering Projects

Structural engineers and builders are now using structural 2D drafting services in their structural engineering projects more frequently. One of the reasons behind this is the immense significance of structural drafting in the industry nowadays. Amongst all other related structural engineering services, structural drafting services are the most sensible to use.

What is structural 2D drafting?

Structural 2D drafting is a process of creating accurate structural drawings of buildings as per certain criteria of users. These drawings are a result of building design calculations, structural design and detailed sketches. Also 2D presentational plans of building design, section and detail working drawings are covered in order to develop quality structural drawings. As per structural drafting outputs, users can plan their future construction activities.

What are various applications of structural 2D drafting?

As structural 2D drafting has a large number of utilities, it is quite helpful to users. Some of the most used applications are as follow:
•    Structural layouts with decking, joist for Reinforced Cement Concrete beam framing
•    Foundation Plan Drawing with footing and column schedules
•    2D drafting, structural 2D drafting drawings, structural drafting design and structural specifications
•    Structural drawings, residential building drawings, house drawings, structural design drawings
•    Residential structural drafting, CAD drafting and design
•    Sheet Pile foundation drawings, pre-stressed structure drawings

Above mentioned applications of structural drafting are on high demand and have good importance in the industry these days. Using them effectively, users can get desired outputs from structural engineering projects.

Now as structural drafting is a decisive phase of any project, it is preferred to make it done by structural drafters. They are professional engineers and possess strong domain knowledge in the field of structural 2D drafting. Also they have good information regarding recent structural drafting standards and are capable of handling latest tools and technologies.

The long and short of the story is that structural 2D drafting is an important part of any structural engineering project. To know more about it, please contact us at: http://www.outsourcestructuraldesign.com/structural-drafting.php and email us your queries about the same at: info@outsourcestructuraldesign.com.


About the Author

Richard Botham




Email: info@outsourcestructuraldesign.com




URL: http://www.outsourcestructuraldesign.com/structural-drafting.php



Structural Engineer Tempe AZ Smith Structural Engineering









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Saturday, 27 March 2010

Detailed Engineering Drawings

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detailed engineering drawings
what are detail drawings in engineering?

i.e. the purpose, function etc


Detailed drawings are exactly what they say they area - drawings with detail on.

Suppose you are building a residential tower block here are some examples of what might be detailed drawings:
Each floor will have a basic layout, the detail drawings will include wiring routes, pipe routes, where to put sockets and water outlets and so on
The steel framework will be drawn but the detailed drawing will show things like bolt positions in the steel for joints
The overall outline of the building will be drawn but detailed drawings might be made of the door ways and any 'fancy' brickwork


Basically any drawing where more detail is needed. Often these drawings will contain the outline drawing and then the detail drawn in a larger scale - so you can see the detail more easily.


Tishitu ( AutoCad Tutorial 3D Design ) Ver 2004. Part 2-2









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