Civil Engineering’s Post

In the dynamic field of civil engineering, structural design stands as a cornerstone, shaping the physical landscape of our world. Over the years, innovations in structural design have not only pushed the boundaries of what is possible but have also revolutionized the way we approach construction projects. From advanced materials to cutting-edge technologies, these innovations are not just about erecting buildings but about shaping a sustainable, resilient, and aesthetically pleasing future. #StructuralDesign #CivilEngineering #EngineeringInnovation #FutureOfConstruction #StructuralEngineering #BuildingInnovation

This article from ASCE Publishing's Civil Engineering Source presents a few tools to make cost-conscious design decisions by exploiting available cost data.

12d Model Training through ExDS: Civil Design Features – Parametric Design using Super Alignments Start Time: 9:30 am End Time: 12:30 pm Date: Tues 14th, Wed 15th & Thurs 16th November 2023 Place: Online Register: https://ow.ly/umTf50PSLbA This training course will teach you with the powerful techniques to create Super Alignments as Control Strings. It explores the concepts of Parametric Design, and the techniques for creating and edited Super Alignments both using I.P.s and using Fixed and Floating Elements.

12d Model Training through ExDS: Civil Design Features – Parametric Design using Super Alignments Start Time: 9:30 am End Time: 12:30 pm Date: Tues 14th, Wed 15th & Thurs 16th November 2023 Place: Online Register: https://ow.ly/AqQf50PSLbx This training course will teach you with the powerful techniques to create Super Alignments as Control Strings. It explores the concepts of Parametric Design, and the techniques for creating and edited Super Alignments both using I.P.s and using Fixed and Floating Elements.

12d Model Training through ExDS: Civil Design Features – Parametric Design using Super Alignments Start Time: 9:30 am End Time: 12:30 pm Date: Tues 14th, Wed 15th & Thurs 16th November 2023 Place: Online Register: https://ow.ly/OuHu50PSLbC This training course will teach you with the powerful techniques to create Super Alignments as Control Strings. It explores the concepts of Parametric Design, and the techniques for creating and edited Super Alignments both using I.P.s and using Fixed and Floating Elements.

Composite structural design (Integration of Steel & Concrete) can address the exceptional design flexibility of the architectural features. #Architecture #Structure #Future #Demand

I have been fortunate to have worked with many talented engineers through all disciplines. During my early days of learning fondly remember a retired Civil engineer who would often cite quotes relating to his craft. Such as “Engineering is the application of common sense” one which comes to mind. These quotes by others are to show that engineering is not always black and white, but also there are shades of grey. Most of serious design stuff ups or budget blow outs have begun with the saying "This is straight forward, no need to think about it, just get to work." sdz (Structural) The client will always try to alter your design during construction. "It's not wrong until it can't be made right" i.e.: many mistakes can be fixed before it's too late. Example changing rebar before placing concrete. "You can't push a rope," unless L<3xDia. “While computers are indispensable tools, they will never replace the judgment of experienced engineers who have mastered the art of structural engineering.” “It’s no trick to get the answers when you have all the data. The trick is to get the answers when you only have half the data and half that is wrong and you don’t know which half.” THE PURPOSE OF THE CODE “Well, the main function of the Code is to keep people out of trouble, to make structures safe, to make it difficult for somebody to design an unsafe structure.” A common mistake that people make when trying to design something completely foolproof is to underestimate the ingenuity of complete fools. Engineering problems are under-defined; there are many solutions, good, bad and indifferent. The art is to arrive at a good solution. This is a creative activity, involving imagination, intuition and deliberate choice. He ... insists that no mathematical formula, however exact it may appear to be, can be of greater accuracy than the assumptions on which it is based, and he draws the conclusion that experience still remains the great teacher and final judge. How could you do anything so vicious? It was easy my dear, don't forget I spent two years as a building contractor. When engineers and quantity surveyors discuss aesthetics and architects study what cranes do we are on the right road. Architecture begins where engineering ends. Walter Gropius There are always many possible solutions, the search is for the best – but there is no best – just more or less good “If the structural shape does not correspond to the materials of which it is made there can be no aesthetic satisfaction” Hardy Cross once wrote: Strength is essential but otherwise not important. #civilengineer #estimationengineer #structuralengineer #costmanagement #constructionmanagement

12d Model Training through ExDS: Civil Design Features – Parametric Design using Super Alignments Date: 24th August 2023 Start Time: 9:00 am End Time: 5:00 pm Place: NTSC – 2/80 Mount Street, North Sydney Register: https://ow.ly/QUB550PfJOZ This training course will teach you the powerful techniques to create Super Alignments as Control Strings. It explores the concepts of Parametric Design, and the techniques for creating and editing Super Alignments both using I.P.s and using Fixed and Floating Elements.

Why design road cross-sections? Understanding the complexities of cross-sections is a common challenge in the road sector, especially for young engineers with limited experience. I've been there, and I know many of you have too. Let us deconstruct together and shed light on how mastering cross-sections in Civil 3D can empower you to visualize and optimize road designs with precision In Civil 3D, cross-sections (or cross-section views) are graphical representations of the terrain, surfaces, and design features along a specified alignment or corridor. These views provide a detailed and visual representation of how the ground surface changes in elevation and how the design elements, such as pavements, drainage networks, railways, or alignments interact with the existing terrain. Here are key points about cross-sections 🔶 Cross sections are typically created based on the alignment of a road or another linear feature. 🔶 Cross sections show the existing ground surface as well as the designed elements like roadways, shoulders, ditches, and any other features that are part of the civil engineering project. 🔶 Engineers and designers can specify stations (chainages) along the alignment where cross-sections should be generated. 🔶 Cross sections are valuable for engineers to analyze the impact of design changes on the existing terrain. 🔶 They help in visualizing how the proposed design aligns with the natural topography and can assist in identifying potential issues or areas that require adjustments. 🔶 Cross sections are instrumental in calculating quantities and performing earthwork analysis. Engineers can use these views to determine cut and fill volumes, assess the balance of earthwork, and make informed decisions about project grading. 🔶 Cross sections can be annotated with labels and dimensions to provide additional information. This includes elevation annotations, material labels, and other details relevant to the design and construction. Below is an example of a road cross-section

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