CSI SAFE (Slab Analysis by the Finite Element Method) is the best tool for designing concrete slabs and foundations. SAFE provide easiness to engineer towards the safe design of structures with powerful tools like draw, analyze, design and detailing etc. Laying out models is quick and efficient way with the user-friendly drawing tools, or user […]
CSI SAFE Course – 08 Edit Geometry by 3 Different Tool Read More »
CSI SAFE (Slab Analysis by the Finite Element Method) is the best tool for designing concrete slabs and foundations. SAFE provide easiness to engineer towards the safe design of structures with powerful tools like draw, analyze, design and detailing etc. Laying out models is quick and efficient way with the user-friendly drawing tools, or user
CSI SAFE Course – 07 Concrete Slab with Drop Panel Part 2 Read More »
CSI SAFE (Slab Analysis by the Finite Element Method) is the best tool for designing concrete slabs and foundations. SAFE provide easiness to engineer towards the safe design of structures with powerful tools like draw, analyze, design and detailing etc. Laying out models is quick and efficient way with the user-friendly drawing tools, or user
CSI SAFE Course – 06 Concrete Slab with Drop Panel Part 1 Read More »
CSI SAFE (Slab Analysis by the Finite Element Method) is the best tool for designing concrete slabs and foundations. SAFE provide easiness to engineer towards the safe design of structures with powerful tools like draw, analyze, design and detailing etc. Laying out models is quick and efficient way with the user-friendly drawing tools, or user
CSI SAFE Course – 05 Mass Source as per ASCE Read More »
In this construction video tutorial, you will learn how to determine the bar bending schedule of beam through step-by-step processes. Bar Bending Schedule is very important for determining the quantities of the reinforcement necessary for the building by arranging rebars for each structural unit. Bar bending schedule demonstrates the reinforcement calculation toward reinforced concrete beam.
BBS Bar Bending Schedule Read More »
In this construction video tutorial, you will learn how to determine the bar bending schedule of beam through step-by-step processes. Bar Bending Schedule is very important for determining the quantities of the reinforcement necessary for the building by arranging rebars for each structural unit. Bar bending schedule demonstrates the reinforcement calculation toward reinforced concrete beam.
BOQ Bar bending Schedule Read More »
“XBRACING” — ANALYSIS OF BENTS WITH TENSION-ONLY X-BRACING Program Description: “XBRACING” is a spreadsheet program written in MS-Excel for the purpose of analyzing X-braced bents withtension-only systems. From 1-story up to 10-story bents may be analyzed. Specifically, given the bent width,the story heights, and the lateral story loads, all the member (segment) forces are determined,
X-BRACING ANALYSIS OF BENTS WITH TENSION ONLY Read More »
“WELDGRP” WELD GROUP ANALYSIS PROGRAMProgram Description:“WELDGRP” is a spreadsheet program written in MS-Excel for the purpose of analysis of weld groups usingeither the ultimate strength method (also known as “‘instantaneous center of rotation” method) or the “elastic”(vector) method (“Alternate Method 1” in AISC Manual). A separate worksheet contains data tables for welds. This program is
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“PRYING9” Program “PRYING9” — AISC 9th ED. PRYING ACTION ANALYSIS PROGRAM Program Description: “PRYING9” is a spreadsheet program written in MS-Excel for the purpose of analysis for prying action in structural steel connections per the AISC 9th Edition (ASD) Code, pages 4-89 to 4-95. Specifically, bolt tension and bolt shear are checked, and
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“PONDING” Program “PONDING9” — AISC 9th ED. PONDING ANALYSIS PROGRAM Program Description: “PONDING9” is a spreadsheet program written in MS-Excel for the purpose of analysis for ponding for low slope or flat roof systems in structural steel per the AISC 9th Edition (ASD) Code, pages 5-83 to 5-84 and 5-175 to 5-179. Specifically,
AISC 9th ED. PONDING ANALYSIS PROGRAM Read More »
