That rather depends - on what the beam is made of !
That question cannot be answered without knowing the load on the beam.
For a beam run of 20 feet in a basement with an even load from a two-story structure using 2x8 construction spaced 16 inches on center, you’ll need to determine the appropriate beam size and material to support the load safely. Typically, a structural engineer would recommend a beam made of either engineered wood (like LVL or glulam) or steel, depending on the specific load calculations. Additionally, you’ll need to consider factors like local building codes and any necessary supports or footings for the beam. Always consult with a professional for accurate sizing and compliance with safety regulations.
If a right angle triangle has been formed then: 24*cos(71) = 7.813635707 feet or about 7.8 feet is the height
Titanic's dimensions were; Length - 882 feet 6 inches. Beam - 92 feet 6 inches. Draft - 34 feet 6 inches.
That rather depends - on what the beam is made of !
To safely span 9 feet with a centrally applied load of 3000 lbs, a typical steel I-beam size would be around W8x10 or W8x15, depending on factors such as the beam's material properties and safety factors. It's crucial to consult design tables or a structural engineer to ensure proper sizing, as factors like beam length, load type, and support conditions can influence the required beam dimensions. Always adhere to local building codes and regulations for safety.
There are too many variables to consider for your application. You should consult a qualified engineer for this project.
You will also need to include the acceptable amount of deflection in your question.
well a low beam can be from nothing to 1 foot high a medium beam is 2 and a half feet high and a standard high beam is 3 and a half feet high
250 Feet
97 feet.
250 Feet
4.07 feet
Use a steel beam.. That would be code.. steel w10x15 (50ksi) I beam.
A Balance beam is 16 feet long and 4.5 inches in width and height varies.
That question cannot be answered without knowing the load on the beam.