Tekla Tedds Retaining Wall Module

June 12, 2017

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This video will walk you through a variety of retaining wall options including designing uniform, sloped, stepped, cantilever or propped retaining wall options. For more information, visit our website at https://www.tekla.com/us/getting-started-tekla-tedds.

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Tekla Tedds Retaining Wall Module

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Real-time computer-aided design processing with TEKLA software functioned as the backbone in the project organization, which was kept up to date to generate the latest revision of drawings.

Looking to streamline the entire analysis and design process, Al Khalaf turned to Trimble and discovered that Tekla Structural Designer and Tekla Tedds could ease many of the firm’s challenges.

The dynamic visual nature of 3D modeling combined with the Tekla Structures logical user interface places students on the fast-track to program mastery and real world productivity.

Tekla Model Sharing allows us to use our engineering resources more efficiently. Our engineers are now able to concentrate on their core duties and spend less time on less valuable processes.

RJH Construction Design needed to invest in quality engineering calculation software, to make their designs as productive as possible.

To meet the requirements of such demanding and differing projects we used software packages from multiple vendors which was difficult to manage as each software package had its own interface.

Our engineers are working more efficiently because they don’t need to switch between multiple software packages for concrete and steel design.

Changes could now be made quickly and easily, within one piece of software and reports would be more consistent and professional, especially critical when submitting reports for review.

Tekla Structural Designer's unique functionality allows engineers to integrate the physical design model seamlessly with Tekla Structures and other leading BIM software.

Modeling can happen offline and because only a tiny amount of data is transferred, even the slowest Internet connection is sufficient.

APT takes advantage of Tedds’ powerful functionality for writing calculations and created its own custom calculations, suited to its particular requirements.

Since we self-perform many different trades and disciplines, it just makes sense that we should know how things like embedded iron and anchor bolts fit with the rebar before the construction phase.

The 3D building information model provided a reliable representation of the actual building, and was used for the owner and design supervisors to check the feasibility of the design rationale.

Even small steel detailing firms find the investment in making the leap from 2D CAD to a 3D detailing solution rapidly pays off in productivity gains and accuracy.

Engineering firms are winning more business, working more efficiently and maximizing profits with design and analysis software that offers the true, proven ability to work seamlessly with other tools.

The team was able to foresee and avoid difficulties in rebar installation, and spot clashes between rebar and rebar and cast-in items.

The center is scheduled to be delivered 30% faster than comparable healthcare projects in California, which requires implementation of lean construction principles and technologies such as BIM.

The plans called for transforming more than 2,700 tons of steel into a complicated skeleton that would support and create oblique angles.

Coordination between us, the main contractor, and the steel and façade subcontractors was a challenge that we overcame.