Structural Engineering Software Blog

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Retaining Wall on Piles Design Example Using ASDIP RETAIN

Insert Image By: Javier Encinas, PE | July 4, 2018 ASDIP RETAIN is a structural engineering software for the design of retaining walls. It includes the design of cantilever retaining walls supported on piles based on the IBC / ACI 318 provisions. This document is a step-by-step design example of a typical retaining wall on piles using ASDIP RETAIN. As an example, consider the retaining wall shown below, which is part of an access ramp in a parking garage building. Due to the poor soil conditions, the soils report has recommended the use of steel piles HP12x53, with the shown [...]

Retaining Walls Supported on Piles: A Design Overview

By: Javier Encinas, PE | May 22, 2018 A retaining wall is a structure exposed to lateral pressures from the retained soil plus any other surcharges and external loads. When the wall is founded on soil, all overall stability failure modes need to be checked. But what about when the wall is supported on piles? This article discusses the design steps in the design of retaining walls supported on piles. Our software ASDIP RETAIN will be used to support the discussion. What are the loads transferred to the foundation? In addition to the retained backfill, [...]

Base Plate and Anchor Rod Design Example Using ASDIP STEEL

By: Javier Encinas, PE | May 2, 2018 ASDIP STEEL is a structural engineering software for design of steel members and components. ASDIP STEEL includes the design of base plates and anchor rods based on the latest AISC / ACI 318 provisions. The design of anchor rods may become cumbersome and time-consuming, since it involves checking multiple failure modes in tension and shear, and then the interaction of both. This document is a step-by-step design example of a typical base plate / anchorage using ASDIP STEEL. As an example, let's consider the base plate of a column [...]

By | May 2nd, 2018|Categories: Anchor Rods|Tags: , , |2 Comments

How to Design Counterfort Retaining Walls Using ASDIP RETAIN

By: Javier Encinas, PE | April 3, 2018 ASDIP RETAIN is a structural engineering software for design of retaining walls. It includes the design of counterfort retaining walls based on the latest ACI provisions. Following is a graphical overview of the required design steps, with annotated screenshots of the software. Click To Enlarge Enter the dimensions of the stem, counterforts, footing, and shear key in the Geometry tab. Specify the backfill height and slope angle. ASDIP RETAIN shows a tab for each element. Three ways to show results: At-a-Glance, Condensed, and [...]

Retaining Wall Design: ASDIP RETAIN (Version 4) Release

By: Javier Encinas, PE | March 21, 2018 ASDIP Structural Software announces the release of the new version of ASDIP RETAIN (Version 4) engineering software. Design professionals utilize ASDIP RETAIN software for the design of retaining walls. Following are some of the most important features included in this version 4. What modules are included in ASDIP RETAIN 4? This new version 4 includes the following three modules: Cantilever retaining wall - Stem can be concrete, masonry, or a combination of both. Either supported on soil or supported on piles. Counterfort retaining wall - Concrete stem supported [...]

ASDIP RETAIN 4 Is Coming Soon: A Brief Overview

By: Javier Encinas, PE | March 8, 2018 ASDIP RETAIN is a structural engineering software for design of retaining walls. The new version 4 of this software will be release shortly. This document is a brief overview of some of the most important new features included in ASDIP RETAIN 4. Retaining walls supported on piles Now ASDIP RETAIN 4 includes the design of retaining walls supported on piles. The piles information can be entered seamlessly, such as pile type and spacing, pile capacity, batter angle, etc. And you can switch between piles and no-piles [...]

Basement Wall Design Example Using ASDIP RETAIN

By: Javier Encinas, PE | February 21, 2018 ASDIP RETAIN is a structural engineering software for design of retaining walls. ASDIP RETAIN includes the design of top-restrained retaining walls, also called basement walls, based on the latest ACI 318 provisions. The design of retaining walls may become time-consuming, since the calculations involve multiple load types and combinations, fixity conditions, and the application of the Code provisions to design the reinforcement. This document is a step-by-step design example of a typical concrete basement wall using ASDIP RETAIN. Example As an example, let's consider [...]

Cantilever Retaining Wall Design Example Using ASDIP RETAIN

By: Javier Encinas, PE | February 6, 2018 ASDIP RETAIN is a structural engineering software for design of retaining walls. ASDIP RETAIN includes the design of concrete cantilever retaining walls based on the latest ACI 318 provisions. The design of retaining walls may become cumbersome and time-consuming, since it involves an iterative process to calculate the stability ratios, and the application of the Code provisions to design the reinforcement. This document is a step-by-step overview of a design example of a typical concrete cantilever retaining wall using ASDIP RETAIN. As an example, let's consider a cantilever retaining [...]

Continuous Beam Design Example Using ASDIP CONCRETE

By: Javier Encinas, PE | October 17, 2017 ASDIP CONCRETE is a structural engineering software for design of concrete members. ASDIP CONCRETE includes the design of multi-span continuous beams based on the latest ACI 318 provisions. The design of continuous beams may become cumbersome and time-consuming, since it involves the analysis of the beam to find the moments and shears, and the application of the Code provisions to design the reinforcement. This document is a step-by-step overview of a design example of a typical continuous beam using ASDIP CONCRETE. As an example, let's consider a continuous beam, [...]

Footing Design: How to Check the Shear Capacity per ACI 318

By: Javier Encinas, PE | August 14, 2017 The foundation is that part of the structure that transfers the loads to the supporting soil in such a way that the resulting bearing pressures are kept under acceptable limits. If the underlying soil is satisfactory, then a spread footing is usually the recommended solution by the soils engineer. In addition to the stability checks and the design for flexure, a spread footing needs to be designed for shear. This blog post discusses the shear checks required by ACI 318. Our software ASDIP FOUNDATION will be used to support our discussion. What [...]

By | August 14th, 2017|Categories: Foundation Design|Tags: , |0 Comments