SAFE Structure Designs - Your Buildings are in SAFE Hands

Engineering Geni uses SAFE structure designs to create modern buildings, including residential and commercial projects, ensuring high-quality and precision-driven results.

SAFE structure designs

SAFE Structure Designs- Keep Pace with the New World Of High-tech Building Designs

In civil engineering, SAFE structure design software is a critical tool for structural design, from single-story buildings to skyscrapers. At Engineering Geni, we aim to exceed expectations and provide a dream-home experience through SAFE structure designs.

SAFE software enhances the engineering design process by enabling engineers to frame layouts and create detailed drawings seamlessly. Its industry-standard controls, shortcuts, and utilities streamline structural drawing and drafting for an unparalleled design experience.

SAFE structure design software offers numerous templates to kickstart new models, including:

  • Two-way slabs
  • Flat slabs
  • Waffle slabs
  • Base mats
  • Composite floors
  • Ribbed slabs
  • Combined or single footings

SAFE’s grid systems (Cartesian and free-form) are easily placed and rotated, enabling precise and flexible modeling.

Below is the structural designing process through SAFE  designing software.

Base mats, Footings and Foundations

SAFE software is ideal for modeling base mats, foundations, and footings, leveraging uplift analysis for soil supports and zero-tension soil models.

Insertion Points

SAFE allows engineers to define insertion points for beams and columns using user-defined or SAFE-defined cardinal points, ensuring precision in structural designs.

Ramps and Walls

SAFE facilitates the modeling of ramps and walls as line supports, line loads, or explicit wall elements for robust structural engineering design.

Spring Supports

Spring supports in SAFE are critical for understanding soil support. These are modeled as points, areas, and lines, functioning exclusively in tension or compression.

Columns

SAFE provides various column shapes, including:
T-shaped
Circular
Rectangular
L-shaped
SAFE ensures floors remain safeguarded from bending through rigid zone modeling.

Design Strips

Design strips in SAFE calculate the required reinforcement for structural elements. Engineers can define strips manually or allow SAFE to automate the process.

Automatic Width Strips

SAFE determines the widths of design strips mechanically, ensuring precision in complex structural designs.

General Design Strips

SAFE comprehensively supports numerous types of strips, such as non-orthogonal, varying with design, multi-segment, and orthogonal strips.

At Engineering Geni, we excel in providing exceptional SAFE structure designing services. Here’s why you should choose us:

Specialist structural engineering support for floors and foundation designs

Cost-effective structural designing services

Rigorous checking processes for reliable results

Within Budget

Our construction project management services ensure that all tasks are completed within the expected budget, without cost overruns.

On time

We prioritize timely delivery, ensuring that your project is completed without delays. Our services address potential issues that could hinder progress.

Top quality

We guarantee high-quality services using the finest materials, giving you peace of mind throughout your project.

Careful analysis

By hiring the construction management services, all the tasks of your project will be done within budget, not exceeding the expected construction cost.

Calculated work

From the start to the end, everything will be calculated. The schedule, cost, material and the completion time, all will be planned before even the construction begins.

Hassle free

The construction project management service will look after all the tasks and the problems, providing you a hassle free construction experience.

Design moments contain twisting moments as required by the Wood-Armor technique while strip moments only contain the cohesive flexural moments m11 and/or m22.

It is an absolute truth that the SAFE software checks one-way shear in two-way slabs. This check consists of design strips, and follows a procedure like beam shear design.

Forces are converted to coordinate with the striped axis; when design strips do not align with the area axis. One should rotate the area axis such that it is parallel to the strip axis; if results become distorted.