Civil engineering design software "Plate (Circular/Rectangular) Calculation" <Finite Element Method/Simplified Method>
Calculate the sectional forces when a load acts on circular or rectangular plates! It is possible to check the stress of reinforced concrete.
This system is a program that calculates the sectional forces when loads are applied to circular and rectangular plates and performs stress checks. It consists of two products: "Calculation of Plates (Circular and Rectangular) using Finite Element Method" for calculating sectional forces using the finite element method, and "Calculation of Plates (Circular and Rectangular) using Simplified Method" for calculating sectional forces using series solutions. Additionally, the load applied to the plate can be up to a maximum of five for a single plate. 【Function Details (Excerpt)】 ■ Load Conditions - Uniformly distributed load - Uniformly variable distributed load - Partial line load - Concentrated load - Partial uniformly distributed load ■ Stress Checks - Stress checks for reinforced concrete are possible - For the simplified method in the case of rectangles, considerations for bending stress and shear stress are conducted - In the case of the finite element method, considerations for bending stress are conducted *For more details, please refer to the PDF document or feel free to contact us.
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basic information
【Applicable Standards】 ■ Structural Mechanics Formula Collection (Japan Society of Civil Engineers) ■ Road Bridge Design Guidelines and Commentary IV Substructure Edition, March 2012 (Japan Road Association) 【References】 ■ Reinforced Concrete Engineering, March 1999 (Kyoritsu Publishing) ■ Concrete Standard Design Guidelines, March 2013 (Japan Society of Civil Engineers) ■ Theory of Plates and Shells, July 1973 (by S.P. Timoshenko, translated by Setsu Hasegawa, Brain Publishing) ■ Matrix Structural Analysis Method, August 1975 (by J.L. Meek, translated by Toshie Okuno, Fumio Nishino, Takashi Nishioka, Science and Technology Publishing) ■ Thin Plate Structural Analysis: Displacement Method and Stress Method, June 1973 (by Tadahiko Kawai, Norio Kawashima, Shigeo Sanbongi, Baifukan) ■ Bending Theory of Flat Plates, September 1972 (by Jiro Suhara, Baifukan) *For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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Our company is widely used by civil engineering firms for the development and sale of civil engineering design software. We provide comprehensive support for your business, including retaining walls, slopes, temporary structures, bridges, and cost estimation. Please feel free to contact us if you have any requests.