University of Toledo - Construction Engineering Technology的动态

Here's the "problem of the day" from my FE Exam Skool Community: Engineers, see if you can solve it. A solid circular disk with radius R = 0.3 m and mass M = 5 kg is initially at rest. A constant torque of 15 N?m is applied to the disk for 4 seconds. If the disk rotates about its central axis perpendicular to its face, what is its final angular velocity in rad/s? A) 100 rad/s B) 133.3 rad/s C) 200 rad/s D) 266.7 rad/s I'll comment the correct answer tomorrow! P.S. if you're a Civil Engineer and want to join my Skool Community, click the link below to join for free #FEExam #CivilEngineering

Struggling with Mohr's Circle and that tricky angle of rotation? ?? Don’t sweat it—this concept is a must-know for the FE Exam, especially for Civil, Mechanical, and other disciplines! Our latest blog breaks it all down with easy-to-follow steps: https://lnkd.in/grngDa_k #Engineering #FEExamPrep #MohrsCircleMadeEasy #PrepFE

In the field of civil engineering, the procedures and models for determining the ACR and PCR have evolved over time. In the past, these determinations were based on empirical models and simplistic calculations. However, with advancements in technology and research, the methods for calculating ACR and PCR have become more sophisticated and rational. One of the major changes in the procedures for determining ACR and PCR is the shift towards using rational models that allow for the calculation of pavement mechanical response induced by surface traffic loads (aircraft and pavement classification rating). This approach involves utilizing a technique known as Layered Elastic Analysis (LEA), which takes into account factors such as surface deflections, internal stresses, and strains within the pavement. By using LEA, engineers are able to more accurately predict how the pavement will respond to traffic loads and identify potential areas of weakness that may lead to ACR or PCR. ? Thank you, dr. Carsten Karcher for training us and our nearest neighbours from LPX and TLL to understand more deeply changes in Annex 14, Doc 9157 and CS-ADR-DSN. #CarstenKarcher #training #ACR-PCR

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Civil engineering course: Most important subject in Civil engineering for the purpose of GATE examination given below: 1-Geotechnical engineering 2-Environmental engineering 3-Transportation engineering 4-SOM(Mechanics of Solid) 5-Surveying 6-Highway engineering (as a part of Transportation engineering) 7-Foundation engineer (as a part of Geotechnical engineering) 8-Steel Structure 9-Building material 10-Fluid mechanics 11-Open channel flow(as a part of Fluid mechanics) But above all,Geotechnical engineering, Transportation engineering, Fluid mechanics,Mechanics of Solid(SOM) and Environmental engineering is most important scoring subject in GATE examination. Note: All module should be learn carefully and try to more and more question solve in respective subject.

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American Society of Civil Engineers offers a course on preparing for the new, updated P.E. exam. #engineers #engineering #civilengineers

Save the date! Earn Concrete Technologist Level IV Certification with #NRMCA's Concrete Durability Course: https://bit.ly/40Ccwby ?? When: November 20 – 22, 2024 ??Where: Oklahoma City, OK This 2?-day course covers fundamental mechanisms that impact concrete #durability. Recognize symptoms and learn methods to evaluate deterioration of #concrete; understand the causes of durability problems and methods to prevent them; learn about durability test methods and their limitations; and understand the code and specification criteria for durable concrete structures. The seminar will be led by Kevin Folliard, Ph.D., Professor, Department of Civil Engineering, The University of Texas at Austin and Anton Schindler, Ph.D., P.E., Professor, Department of Civil Engineering, Auburn University. #Technologist #Course #Microstructure #Corrosion #Testing #Aggregate #Specimen #OK #Oklahoma #Class #Session #Certification #Seminar

Online survey for the PE Structural exam