I started to write an article on basic framing for those who are very much into a do it yourself construction of a tiny house. I have learned first hand many of the concepts involved, some by trial and error. In order that walls, openings, windows, and doors are properly fit together, one needs to know some of the methods involved. For instance, do you know the three major ways in which corners are joined together in framing? Not only does the framing need to account for the connection of interior and exterior surfaces but also how the roof attached to the frames and the strategies for the connection of interior and exterior walls.
Nevertheless, as I was doing a little research on the subject, I realized that I would be repeating what is already available and it might be better to simply point the reader to some excellent information that explains everything so concisely. Not only would all this information be of benefit to those deciding whether to build their own tiny house but also those who would like to construct a cabin, shed, or other small building.
(Since I will be including links to various resources, please let me know if any of these links get broken.)
The deck is what your structure will sit on. We will keep things to the basics, here. Obviously, foundations can get a bit more complicated, especially with basements.
Walls are different thicknesses as the result of the methods and orientation in using them. For instance, in a stick frame building in contemporary America, exterior walls can be composed of 2 x 6 lumber with 2 x 4 lumber for interior compartmentalization. Furthermore, walls made of brick, concrete, or concrete block will be of various sizes. Also, residential structures, as with any structure, can vary the materials used for walls based upon elevation or aspect.
The easiest and most common method of building walls in a residential environment is stick framing. One of the things to take most note of is the framing involved in corners, windows, and in the attachment of the floor and roof systems.
The above video is in parts. Watching all parts will give you a much better understanding of framing.
The video above has some interesting things to consider when framing a structure.
Of course, much more goes on besides framing. Electrical, plumbing, HVAC, venting, and other technologies go into building a house, studio, or advanced shed. However, as daunting as it seems, with just a little bit of knowledge, it really is not all that difficult. It’s more hard work than mentally taxing.
I thought I might write an article on the methods and procedures for building houses from shipping containers. I live in a city where a large project of condominiums utilizing shipper containers was quite successful and inspiring. Nevertheless, I can not compete with some of the information available on the Internet and so have decided to provide some useful links that one might explore how to build them as well as the various configurations and design ideas.
Now, I do not like to use too many links because they tend to disappear over time. However, I will make an exception this time and hope that you, the reader, will be helpful and let me know when they no longer work.
First of all, one of the best explanations of the various things needed for construction of a container house comes from Tin Can Cabin. This website covers many of the basic details of putting containers together and offers excellent advice on safety. There are aspects to the proper outfitting of a container home that might not be readily apparent. Yet this site covers them.
Another essential article to read is “5 Mistakes to Avoid When Building a Shipping Container Home.” This covers the necessity of checking local building codes as well as something I have read over and over again; that of the removal of too much structural steel. When designing a container house, as part of the design, one must include strategies for reinforcing large areas removed for doors and windows or when removing an entire side to affix to another container, for instance. As a general rule, easy designing is hard constructing.
Even though quite negative, this article, “What’s Wrong With Shipping Container Housing? Everything”, and considering this article mainly refers to mass housing, provides some insight into things to consider. One thing in the article, though, not accurate is the dimensions of a shipping container. Some shipping containers are higher than those mentioned, although the width is the same. The width is not necessarily restricted depending on the design.
Another excellent list of what one needs to do to build a container home is on Residential Shipping Container Primer. This post covers subjects such as structural integrity, foundations, and permitting, for instance.
The above link purports to be the ultimate guide to shipping container homes on the website, Home TuneUp.
And, of course, a couple of videos will help, as well:
This link leads to a site that contains 10 films on the construction of container homes.
Obviously, many find a fascination with the many designs coming from the use of shipping containers. Yet there are pros and cons in utilizing them. Hopefully, this article provides a starting point for information in pursuing such an unusual building.