"How do I soundproof my garage, basement, or a bedroom in my single family house or condo so my 4 piece rock band can practice and record and not bother the neighbors?" If I had a dollar for every time I was asked this question, I would be in the Bahamas right now, instead of writing this article. Many factors need to be considered prior to beginning your studio or practice room-soundproofing project. Some of the questions you should be asking yourself are: What type of amplification will the band be using, are the drums going to be acoustic and miked or are they digital. Are you going to be recording live late at night or are we going to be doing "line in" recording only? These questions and many more need to be considered before the actual construction begins. If live recording and rehearsal are the plan, then maximum soundproofing will be needed. The most effective way to soundproof a garage, basement, or bedroom is to actually construct a room within a room (go to www.auralex.com) and download the free booklet "Acoustics 101", this is a wonderful resource for the home studio builder. Their ideas are solid and applicable to any studio-soundproofing project. The room within a room concept utilizes the sealed dead air space that is captured between the inner walls and the outer walls to help greatly with the soundproofing endeavor. It is probably easiest to frame the walls on the floor and then tilt them up into place thus making dry walling the outside of the walls much easier. It is also highly recommended that another ceiling be joisted out for the room within a room, however, this is often times not possible due to space constraints. In this case, the existing ceiling and ceiling joists may be used as the ultimate ceiling for the studio, provided that it is adequately soundproofed with materials such as the mass loaded vinyl or a combination of closed cell foam mat and MLV. I will elaborate on these materials, as we get further into this article. Once the walls are framed out and the right amount of "Dead air space" is determined, then it is time to install the soundproofing. The first order of business is to consider what needs to be done to the wall cavities prior to installing a barrier and finally the wallboard. I like to line the inside cavities with a closed cell vinyl nitrile foam mat such as American Mat. This mat (generally 1/4" thickness) is adhered to the inside cavity walls as well as the studs and joists using a contact cement to adhere the mat. Keep in mind that the American Mat is used to line the cavities only, not to fill the cavity. If thermal insulation is needed, use products such as rock wool, mineral wool, cut wool fibers, or my favorite, Roxul. Roxul is a great thermal rock wool based batt type insulation that has great soundproofing qualities. If thermal insulation is a requirement for the practice room or studio, then Roxul is the way to go.
Now we come to a crossroads, it is time to determine if decoupling the walls using resilient channels or American Sound clips is a necessity. De coupling is used when impact transmission or low frequency noise is a factor. Impact would come primarily from the drums (acoustic type) or the bass amplifier. However, if the band is using Marshall high powered amps (50 watt amps with 4 X 12 cabinets for example) along with miked acoustic drums and an Ampeg bass system, then decoupling will most likely be necessary. These methods and procedures will be explained in later articles. If decoupling were determined to be unnecessary, then the next step would be to find a good barrier material such as American mass loaded vinyl (which is a high grade mass loaded vinyl barrier). This barrier could be stapled directly to the studwork on a wall assembly or directly to the joists. This is a method that is used if cost or space constraints are factors. If the barrier material is to be stapled directly to the stud or joist framing then it is best that the seams be over lapped, caulked (using OSI acoustical caulking compound) and then taped with either a lead tape or a heavy-duty PVC seam tape. Once the Mass Loaded vinyl (MLV) is installed and sealed, it is time to install the final layer of drywall. I always recommend using 5/8? drywall as the final layer because of its mass and its sound blocking abilities. . It is always advisable to butter the edges of the last layer of drywall with acoustical caulk. You want to grab every STC (sound transmission class) point you can when trying to make your new studio as soundproof as possible. Finally you will tape mud and paint your final layer of drywall. Now you have a great soundproof home recording studio. We will discuss acoustical treatments for your studio in subsequent articles, but for now you are well on your way to having a professional grade-recording studio in your home. This is Dr.Bob.....Out!!!
Building A Home Recording Studio
I often meet with clients who have purchased property in flood zones who really don’t understand what flood zone they are in, and the affect this will have on the design of there dream home.
There are two flood zone that in the coastal high hazard areas that need to be addressed. The first is the V zone this is the area that most of your typical beachfront or island home fit into. The second flood zone is the A zone which would be your typical coastal flood area, homes that are further inland but still have a potential for flooding from high waters.
A home located in a V zone has to be designed to take the most punishing effects Mother Nature can dish out and survive somewhat intact. Homes in V zones have the foundation designed to allow fast moving water, debris and waves to flow below the elevated home. This is done by having the home elevated on piles, columns or piers which give minimal resistance to floodwaters. This will allow the water to flow completely through the bottom of the elevated structure.
This is why homes located in a V zone will typically have wood louvers, lattice or screening around the bottom perimeter. The perimeter screening is more commonly known as “breakaway” panels. These breakaway panels are designed to break a way from the home and leave only the structural members in the event of a flood.
Home that are in an A zone have far less restraining requirements when it comes to foundation design. Typically A zones will require the automatic entry and exit of floodwaters through flood vents. This will allow the floodwaters to reach equal levels on both sides of the wall. Homes located in A zones are typically not exposed to high water velocity or waves. They are usually located inland but still in close proximity to a waterway. In the foundation design your perimeter can use virtually any material that will allow for the integration of the flood vents into the foundation wall.
All homes located in any flood zone has to have their lowest structural member located above the Base Floor Elevations (BFE). The BFE is the level of the base floodwater usually in feet, in relation to a specific benchmark that is expected in a serve storm. The BFE is a determining factor of how high your first living floor has to be above the benchmark. This is one reason most newer beach homes are so high above the ground.
Often you are not allowed any electrical or open pluming drains below your BFE except for one light switch and one outlet. This is why showers and sinks at most beach houses just drain right on the ground and not into a drain. This is to keep the integrity of the sanitary sewer system in event of a serve flood. Any area below the BFE cannot be used as livable space in any way. There have been many examples where the owners have gone back and made the ground floor into mother in law suites. This activate should always be discouraged as it may affect your homeowners insurance along with the integrity of the home.
Many older home where built before FEMA developed its standards for homes located in flood zones, so you will often see homes where they are built on low crawl spaces or even slabs that are right off the beach. One thing to be aware of, if you renovate, repair or any other improvements exceeds 50% of the market value of the structure, you will have to bring the entire home up to the new building codes and flood zone requirements which will something’s make the project unfeasible.
I hope this article will shed some light on to the mystery of flood zones. Your local governments may have different requirements when it comes to floor zones so always check before you start on any project. You may also check out the FEMA web site for updated information on your local flood zone. You may also be able to work with FEMA about reclassification of your home if it in an older floor zone.
Both Dr Bob & Charles Kirkland are contributors for EditorialToday. The above articles have been edited for relevancy and timeliness. All write-ups, reviews, tips and guides published by EditorialToday.com and its partners or affiliates are for informational purposes only. They should not be used for any legal or any other type of advice. We do not endorse any author, contributor, writer or article posted by our team.
Dr Bob has sinced written about articles on various topics from Sound Recording, Home Improvement and Family. Dr. Bob O.Soundproofing America, Inc.Senior Technical DirectorSoundproofing Expert to The New York Times, The San Francisco Herald Examiner,The San Diego Union Tribune, and the Charlotte ObserverPh (877) 530-0139 Toll free Fax (347) 721-9079E-mail: bob@so. Dr Bob's top article generates over 3600 views. Bookmark Dr Bob to your Favourites.
Charles Kirkland has sinced written about articles on various topics from Sound Recording, Buying and Selling Home and Home Improvement. Charles Kirkland is the owner of Coastal Home Designs LLC. He specializes in design and renovation of coastal homes and he can be reached at 866 399 Home or visit www.coastalhomedesigns.com for more information.. Charles Kirkland's top article generates over 22200 views. Bookmark Charles Kirkland to your Favourites.
Confidentiality Agreement Business Plan Winning this case may be very crucial to your business, and might spell the difference between the failure and success of your product when you introduce it to the market