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Calculating concrete for your project is easy with this free concrete calculator download for your desktop computer. All you have to do is enter the dimensions and thickness, hit calculate, and it figures the concrete yardage for you. If you know the cost per yard, you can enter that in as well and the calculator will estimate the total concrete cost. This calculator will estimate concrete for floors, slabs, footings, cylinders and sono-tubes.At the bottom of this page is a formula to calculate concrete for flatwork. It's good to know in case your laptop or phone isn't handy.There is also an APP for the Iphone or Android phone you can download that is great for calculating concrete yardage. ConstructionBuddy.com has a concrete calculator for each type of phone. It cost .99 cents but is well worth it.I personally use the one for the Android a lot and haven't had any problems. This APP will calculate concrete for slabs, blocks, footings and sono-tubes. It also does conversions and will switch between metric and standard units. Very handy!Figuring how much concrete to order for a slab like the one below takes about 20 seconds with this APP for your smartphone.HOW TO CALCULATE CONCRETEAnother way you can calculate the amount of concrete you need is to use this formula: L x W x H /27 -- This formula will figure cubic yardage for a slab or floor. Here's an example:Let's calculate the concrete for a 20 foot x 20 foot x 6 inch thick concrete slab.1. 20 x 20 = 4002. 400 x .5 = 200 ( The thickness or Height of the slab is 6 inches or .5 feet), (4 inches would be .33 feet)3. 200 / 27 = 7.4 cubic yardsI always add a little extra, 1/4 - 1/2 yard, if I'm ordering the concrete from a redi-mix company, you never want to run out.Return to Concrete Yardage CalculatorGo to Home Page from calculating concrete

Many interior designers understand that quartz countertops have many benefits compared to natural stone countertops. However, with its many benefits comes the drawback that it is more expensive than its counterparts. Quartz is one of the hardest minerals available on the planet, making it ideal for the kitchen, especially for countertops that receive a lot of activity. Aside from its superb durability, it is also one of the most beautiful and eye-catching materials for countertops to be found.Quartz comes in a variety of color options, from earthy browns and creams to veining that is reminiscent of marble or granite. Aside from its looks, opting for quartz countertops for your kitchen will give you a low-maintenance and, at the same time, an antimicrobial surface for food handling and prepping because the stone is nonporous, making it not susceptible to bacteria, mildew, or molds.Standard Quartz Slab DimensionsJumbo Slab MeasurementsLargest Slab of QuartzCalacatta Slab SizeCambria Slab DimensionsSilestone Slab MeasurementsQuartz Countertop Slab PriceDo You Have To Buy A Whole Slab Of Quartz? If you are thinking about acquiring a slab of quartz to be used for your kitchen renovations, you can get two sizes: standard and jumbo slabs. A single standard or jumbo size won’t give you the long and massive countertop of your dreams, and to make that vision happen, they would need to fit several pieces of quartz sheets to create a big countertop or island. A standard slab of quartz is sized at 56 by 120 inches or about 142 by 305 centimeters. These materials will have three options regarding their thickness at half an inch, .7, and 1.18 inches, or about 1.3, 2, and 3 centimeters. Jumbo Slab MeasurementsThe jumbo sheet will be slightly larger than the standard size and suitable if you want to build a larger countertop or kitchen island size. The size will be up to the designer, but choosing the correct size is still essential, especially if you are considering what the island will be used for prep space, a social hub, or a cooking station. If you want to get a jumbo sheet, it will run a length of 126 inches or 320 centimeters with a height from top to bottom of 63 inches or 160 centimeters. Depending on what you choose, it will vary from 2 or 3 centimeters in thickness. Largest Slab of QuartzIf you feel like the standard or the jumbo quartz

Dimensions.How Much Is a Yard of Concrete in Square Feet?Sometimes you may have a question about how many square feet of a slab you can pour with a yard of concrete. In other words, how much is a yard of concrete in square feet?This obviously depends on the thickness of the slab. The formula to calculate this isSlab Area (Square Feet) = 27 / {Slab Thickness (Inches)/12}You can also use this Table if your slab has a standard thickness.Slab Thickness(Inches)Slab Area(Square Feet)4”81.06”54.08”40.510”32.412”27.0How Many Yards for Standard Garage Sizes?The standard thickness for a slab on grade foundation for a garage is 4″. This thickness does not require any rebar reinforcement and is considered sufficiently strong for a standard residential garage. The dimension of the garage depends on the number of cars for which it is built. So for a garage built on concrete slab you could use the following table. It gives some common sizes of 1, 2 and 3 car garages along with the concrete required to pour a 4″ thick slab. Garage SizeGarage Slab Area(Square Feet)Concrete Required(Yards)1 CAR GARAGE12’X22’2643.2614’X22’3083.8014’X24’3364.1516’X24’3844.742 CAR GARAGE20’X20’4004.9420’X22’4405.4322’X22’4845.9824’X24’5767.113 CAR GARAGE32’X22’7048.6936’X24’86410.67NOTE: Please add 10% – 15% to above for wastage.Thank you very much for reading the post. I do hope you found it informative and useful. My greatest joy is when I fix something that is broken or learn a new skill or technique. I have a degree in engineering and over three decades of experience in garage related industries. Now that I am retired, I love

Defined – generic curve)” as shown in the picture below. The curve data can be conveniently pasted directly into the dialog from for example a spreadsheet. Note that data must be in the form of period vs acceleration values and in ascending order of period (the input dialog features an automatic Sort command if the latter is not the case). Once the curve is defined, the rest of the Seismic Wizard process is the same as the other options, other than the analysis method being fixed to RSA (the generic curve option is not available for the ELF method). The Generic Curve is detailed in the “Seismic Loading Summary” report, together with all other relevant results. Image Load Decomposition Enhancements - Roof, Wind Wall and Slab Panels (first released in 2019 SP2)[TSD-1190 & 3976] - the Automatic load decomposition process and settings for the circumstance of Roof panels overlapping slab items is significantly improved, rendering the program workflow simpler and removing a number of limitations. This applies especially to Wind and Snow loading, both from the associated Wizards and when manually applied. One-way panels can also now span onto the edges of two-way slab panels. These improvements also allow the application of area loads via Wind Walls to concrete walls with openings - which previously caused a validation error - again either via the Wind Wizard or manually applied. Where Roof panels overlap slab items, all loads applied to the roof panel are now automatically decomposed by the underlying slab item following its decomposition method, e.g. where the underlying slab is two-way, all loads are now decomposed by the slab in a two-way manner. Thus roof loads - of any type and origin - can now be decomposed in a two-way manner where previously this was not possible. This applies to all loads with the exception of slab and level loads which, as previously, only apply to slab areas. This enhancement removes the Slab/roof overlap validation error for this circumstance and renders the previous Roof panel setting “Decompose only wind & snow” redundant, hence this setting is now removed from

Context menu. Image Sub structures can also be created and edited directly from the scene; simply make a graphical selection of objects then select the new Add To Sub Structure… command from the scene context menu (right-click to open this). An additional dialog then opens listing any Existing Sub Structures as shown in the picture below. You can choose to add the current selection to one of these, or create a new Sub Structure. Additionally, all selected objects are listed on the left of the dialog with on/off check boxes, allowing further filtering of the selection. When in a View of a Sub Structure, the scene context menu also includes a Remove from Sub Structure option applicable to the current selection in the view. Image Slab Modeling Enhancements - Move Slab items to existing or new Slab Group (first released in 2019 SP3)By popular request, slab items can now easily be moved to another existing slab group or into a new group where the engineer wishes to change the arrangement of slab type/ properties in their model. A new drop-list is added to the Slab general properties which both lists existing slabs and includes a New Slab option - simply select slab item(s) and choose an existing or new group to make the desired edits. Image Selection Enhancements - Selection of individual continuous column and beam stacks/ spans (first released in 2019 SP3)Individual spans of continuous beams and stacks of continuous columns can now be graphically selected, in the same way as individual wall panels in previous versions, both by individual mouse-click and selection window, facilitating more rapid model review and editing. As shown in the picture below, it is now possible to easily select - for review/ edit via the Properties Window - only the stacks in a particular level or levels for multiple columns with a single selection window operation. The same applies to selection of only specific spans of multiple continuous beams where, for example, you may wish to change the section only for these spans. This behaviour also applies to the tooltip information - this can