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Dong G.

@dongg8

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Civil Engineer | Infrastructure Design Expert

$30 USD / 小时
・
的国旗
China (10:17 上午)
・
加入于十一月 23, 2024
$30 USD / 小时
・
Let's create efficient, cost-effective, and innovative infrastructure together! I am a Civil Engineer with over six years of experience designing complex infrastructure projects, including bridges, tunnels, metro stations, and water treatment structures. Having worked at a leading international engineering firm, I specialize in delivering designs that meet global standards like Eurocode, GB, and AASHTO while ensuring compliance, economy, and buildability. I am proficient in advanced engineering software, including: ✔️ Midas ✔️ SAP2000 ✔️ Robot ✔️ [login to view URL] ✔️ Prokon ✔️ AutoCAD I leverage these tools to craft precise and efficient designs tailored to each project's needs. Here are some of my key expertise areas: ✅ Infrastructure Design: I create safe, durable, and visually appealing designs, combining technical excellence with innovative solutions. ✅ Construction drawings: I can produce clear, concise drawings that meet applicable codes and regulations. I’m dedicated to delivering top-quality solutions that turn ideas into reality. Contact me today to discuss your project and start building extraordinary infrastructure!
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12416813
In the 2D CAD drawing process for the bridge's footing and pile foundations, a site investigation was initially carried out to collect relevant data. Based on the gathered information, the dimensions were calculated considering all anticipated loadings. The CAD software was then utilized to create the drawing. The geometries of the footing and pile foundations were precisely defined, and the rebars were detailed with appropriate sizes, spacings, and configurations in accordance with established structural engineering standards. Cross-sections and elevation views were added, and layers were used for clear organization. Multiple reviews were performed to ensure compliance with codes and the accuracy of all details. The finalized drawing serves as an essential guide for the construction of the bridge foundation.
2D Cad drawings
In the 2D CAD drawing process for the bridge's footing and pile foundations, a site investigation was initially carried out to collect relevant data. Based on the gathered information, the dimensions were calculated considering all anticipated loadings. The CAD software was then utilized to create the drawing. The geometries of the footing and pile foundations were precisely defined, and the rebars were detailed with appropriate sizes, spacings, and configurations in accordance with established structural engineering standards. Cross-sections and elevation views were added, and layers were used for clear organization. Multiple reviews were performed to ensure compliance with codes and the accuracy of all details. The finalized drawing serves as an essential guide for the construction of the bridge foundation.
2D Cad drawings
In the 2D CAD drawing process for the bridge's footing and pile foundations, a site investigation was initially carried out to collect relevant data. Based on the gathered information, the dimensions were calculated considering all anticipated loadings. The CAD software was then utilized to create the drawing. The geometries of the footing and pile foundations were precisely defined, and the rebars were detailed with appropriate sizes, spacings, and configurations in accordance with established structural engineering standards. Cross-sections and elevation views were added, and layers were used for clear organization. Multiple reviews were performed to ensure compliance with codes and the accuracy of all details. The finalized drawing serves as an essential guide for the construction of the bridge foundation.
2D Cad drawings
12416789
This Midas Civil model of a 4-span girder bridge consists of piles, pile caps, piers, and super T girders. Deeply anchored piles take loads through pile caps from piers. In the model, force analysis shows how dead, live, and environmental forces act. Rebars are designed within components to resist forces and enhance ductility. The construction stage simulation details force distributions and structural responses, enabling precise engineering evaluations for optimizing the bridge's structural integrity and traffic serviceability.
Girder bridge design by Midas Civil
12416750
This two-story concrete structure consists of columns, beams, and walls. The columns support vertical forces, the beams spread horizontal forces, and the walls fulfill load-bearing and partitioning tasks. Using Robot Structural Analysis software, a finite element analysis was conducted to evaluate forces and deformation. This facilitated the optimization of the structure's dimensions and reinforcement, supplying crucial information for engineering decisions to safeguard the structure's safety and durability in the face of diverse loading and environmental conditions.
Building structural design by Robot
12416813
In the 2D CAD drawing process for the bridge's footing and pile foundations, a site investigation was initially carried out to collect relevant data. Based on the gathered information, the dimensions were calculated considering all anticipated loadings. The CAD software was then utilized to create the drawing. The geometries of the footing and pile foundations were precisely defined, and the rebars were detailed with appropriate sizes, spacings, and configurations in accordance with established structural engineering standards. Cross-sections and elevation views were added, and layers were used for clear organization. Multiple reviews were performed to ensure compliance with codes and the accuracy of all details. The finalized drawing serves as an essential guide for the construction of the bridge foundation.
2D Cad drawings
In the 2D CAD drawing process for the bridge's footing and pile foundations, a site investigation was initially carried out to collect relevant data. Based on the gathered information, the dimensions were calculated considering all anticipated loadings. The CAD software was then utilized to create the drawing. The geometries of the footing and pile foundations were precisely defined, and the rebars were detailed with appropriate sizes, spacings, and configurations in accordance with established structural engineering standards. Cross-sections and elevation views were added, and layers were used for clear organization. Multiple reviews were performed to ensure compliance with codes and the accuracy of all details. The finalized drawing serves as an essential guide for the construction of the bridge foundation.
2D Cad drawings
In the 2D CAD drawing process for the bridge's footing and pile foundations, a site investigation was initially carried out to collect relevant data. Based on the gathered information, the dimensions were calculated considering all anticipated loadings. The CAD software was then utilized to create the drawing. The geometries of the footing and pile foundations were precisely defined, and the rebars were detailed with appropriate sizes, spacings, and configurations in accordance with established structural engineering standards. Cross-sections and elevation views were added, and layers were used for clear organization. Multiple reviews were performed to ensure compliance with codes and the accuracy of all details. The finalized drawing serves as an essential guide for the construction of the bridge foundation.
2D Cad drawings
12416789
This Midas Civil model of a 4-span girder bridge consists of piles, pile caps, piers, and super T girders. Deeply anchored piles take loads through pile caps from piers. In the model, force analysis shows how dead, live, and environmental forces act. Rebars are designed within components to resist forces and enhance ductility. The construction stage simulation details force distributions and structural responses, enabling precise engineering evaluations for optimizing the bridge's structural integrity and traffic serviceability.
Girder bridge design by Midas Civil
12416750
This two-story concrete structure consists of columns, beams, and walls. The columns support vertical forces, the beams spread horizontal forces, and the walls fulfill load-bearing and partitioning tasks. Using Robot Structural Analysis software, a finite element analysis was conducted to evaluate forces and deformation. This facilitated the optimization of the structure's dimensions and reinforcement, supplying crucial information for engineering decisions to safeguard the structure's safety and durability in the face of diverse loading and environmental conditions.
Building structural design by Robot
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经验
Project Civil Enginner
5月, 2019 -现在
•
5 年, 6 个月
Leading Engineering Company
5月, 2019 - 现在
•
5 年, 6 个月
N/A
5月, 2019 -现在
•
5 年, 6 个月
教育
Monash University
2016 - 2018
•
2 年
Master of Engineering Science - MEngSc, Civil Engineering
的国旗
Australia
2016 - 2018
•
2 年
Central South University
2011 - 2015
•
4 年
Bachelor of Engineering (B.E.), Civil Engineering
的国旗
China
2011 - 2015
•
4 年
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