The Wind Load Analysis program determines wind pressures and forces using ASCE 7-95, ASCE 7-98 and / or ASCE 7-02. The program follows the ASCE code \”to the letter;\” each figure and table is coded into the program so closely that the ASCE publication can be used as an operators manual for the program. 1,2 The program is fast and easy because it is set up like an Excel workbook, each page in the report is a separate worksheet in the workbook. Virtually all input is entered from a single dialog box making the program exceptionally fast and easy to learn.Technical Specifications: Computation of wind loads for main windforce resisting systems and components & cladding. Structure types include Low Rise...
The Wind Load Analysis program determines wind pressures and forces using ASCE 7-95, ASCE 7-98 and / or ASCE 7-02. The program follows the ASCE code \”to the letter;\” each figure and table is coded into the program so closely that the ASCE publication can be used as an operators manual for the program. 1,2 The program is fast and easy because it is set up like an Excel workbook, each page in the report is a separate worksheet in the workbook. Virtually all input is entered from a single dialog box making the program exceptionally fast and easy to learn.Technical Specifications: Computation of wind loads for main windforce resisting systems and components & cladding. Structure types include Low Rise...
Digital Canals Spread Footing Design program is by far the most productive footing designprogram available. Every practical footing design consideration is covered. The program is cleanand simple–the easy, refreshing, no-nonsense interface keeps you \”cranking out footings\” as fast aspossible. Unlike some competing programs, Spread Footing Design is based on tried and true engineering principles–you dont need, or even want, an FE model to design a common spread footing! Check out the technical specification listed below, you wont find a more comprehensive, yet easy, program: Footings are designed or checked using the latest ACI 318-2002 code. The controlling column and load combination is listed for each design element (footing dimensions, thickness, pressure, top steel, bottom steel)–this is important information for identifying...
Multiple Load Footing is a simple and straightforward program for the fast and accurate design of strip footings (e.g., combined, strap, trapezoidal, rectangular, etc.). Multiple Load Footing is best suited for the design of footings that support more than one collinear column (columns that lie on the same line). Such footings are all but impossible to solve with closed form solutions, so Multiple Load Footing uses a Finite Elements solution based on a Winkler foundation to model the soil.Technical Specifications: Flexural reinforcement design (bar size and spacing) and concrete shear checks (beam and punching) per ACI 318-95.Loads include self-weight, concentrated forces and moments, uniform, pressure, and settlement/displacement loads.Automatic generation of soil springs. Additional rigid supports (fixed or pinned) can also...
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