Відео

@@Aldoyoutubee شكرا علي ردك 🙏 لو مهتم بالكورس الكامل علي يودمي تقدر تعرفني و ببعتلك كود خصم مميز

The full course is available on my Udemy channel, I would be pleased to offer your a discounted coupon/link here. www.udemy.com/course/fe-exam-academy-fe-civil-exam-for-geotechnical-engineering/?couponCode=E300362347A05EB786C2

@@Ulises_Balbuena Thanks for your feedback, it is my pleasure that you enjoyed my video. And if you are interested in the full course, I would love to provide you with a special 50% discount coupon through this link www.udemy.com/course/fundamentals-of-structural-engineering-fe-civil-exam/?couponCode=F3B9778A008BD808B5AF

Thanks for your positive feedback, I will take this into consideration for sure

You are most welcome dear, I hope that you are enjoying it. And the first example is stable because R = 5 - because of one fixed support and one hinged support - while Q = 4, so R > Q

Thanks for your kind feedback, it is my pleasure that you enjoyed the lecture. If you are interested in the full course, you can find below link including a special discount coupon www.udemy.com/course/fundamentals-of-structural-engineering-fe-civil-exam/?couponCode=CD56225A06D15D28EB93

Thanks for your kind feedback, it is my pleasure that you enjoyed the lecture. If you are interested in the full course, you can find below link including a special discount coupon www.udemy.com/course/fundamentals-of-structural-engineering-fe-civil-exam/?couponCode=CD56225A06D15D28EB93

Yes it will be given in the exam for sure as long as it is not in the FE civil specifications

Thanks for your kind feedback, you can visit my Udemy course with a limited special discount coupon if you are interested for more videos

Thanks for your sweet words, it is my pleasure that you have enjoyed my video. If you are interested in the full course, please let me know so I can provide you with a special discount coupon

You can attend the full course on Udemy, and you can use below link including a very limited discount code www.udemy.com/course/learn-caesar-ii-the-complete-pipe-stress-analysis-course/?couponCode=LINKEDIN

الدفع في مصر موقوف - هل في منصه تانيه عربيه او من خلال ال youtube@@engineeringtrainingacademy6106

او تحويل فودافون كاش@@engineeringtrainingacademy6106

Thanks for your comment, I’m glad that you liked my video :) If you are interested in the whole course, it is my pleasure to provide you below mail which has a very limited discount code for the course. Wishing you best of luck

It all depends on the arrangement of the support and the movement it restraints . In case of welded pipe support, this means you are restraining movement in both upward and downward directions, lateral movement, in addition to the longitudinal direction also. While in case of strapped supports, you are restraining only vertical and lateral movement. While longitudinal movement is free (except for the factor of friction of course). If you are interested in joining the full course, you can find below 90% discount code for very limited time. www.udemy.com/course/learn-caesar-ii-the-complete-pipe-stress-analysis-course/?couponCode=UA-camCODE

You can attend the full course on Udemy, and you can use below link including a very limited discount code www.udemy.com/course/learn-caesar-ii-the-complete-pipe-stress-analysis-course/?couponCode=LINKEDIN

Thanks Muhammad for your comment, it is my pleasure that you have enjoyed the video and the explanation. Unfortunately I haven’t received your message on Linkedin, can you confirm that you contacted me on that account ? www.linkedin.com/in/ismailmagdy

If you like this video, you can join the full course on my Udemy channel, you can use below link to get a 50% discount. www.udemy.com/course/learn-caesar-ii-the-complete-pipe-stress-analysis-course/?couponCode=UA-cam

You are most welcome, I’m hope that you have enjoyed my video. If you are interested in the rest of the course please find below discounted link www.udemy.com/course/fe-exam-academy-fe-civil-exam-for-geotechnical-engineering/?couponCode=DISCOUNT2

​@@engineeringtrainingacademy6106 I wish you could create a video (50 problems solution) for each subject that would be helpful.

You can join my course on Udemy through below link, make sure to apply the discount coupon to get the best available price www.udemy.com/course/learn-caesar-ii-the-complete-pipe-stress-analysis-course/?couponCode=DISCOUNTPRICE

For any clarifications about the course, please feel free to contact me through my Linkedin account www.linkedin.com/in/ismailmagdy

Which connection ?

Hello dear Rijab, I’m currently working on the third FE course and it is expected to be released within around 2-3 weeks. You can find the full Geotechnical course in below link, also you can check the remaining courses on my udemy channel Best regards www.udemy.com/course/fe-exam-academy-fe-civil-exam-for-geotechnical-engineering/?referralCode=A96C8C09FE5F3EBF74C3

Sorry for the typo mistake in the first problem, I’m glad that you are enjoying the videos. For the full course including much more solved examples you can refer to our Udemy course in the link below www.udemy.com/course/fe-exam-academy-fe-civil-exam-for-geotechnical-engineering/?referralCode=A96C8C09FE5F3EBF74C3

Also you can join our FB group for any clarifications m.facebook.com/groups/664127988104915/

Angel of friction between concrete and soil will either be given in the problem OR it could be assumed to equal approximately 2/3 of the angle of soil internal friction

المحاضرات عملتها بالانجليزي عشان الكل يقدر يستفيد منها الي بيتكلم عربي و الي بيتكلم انجليزي, لكن في كورس لايف بأذن الله بجهزه و هيكون بالعربي بس لكل المهتمين بالعربي. تقدر تتابع الجروب و الصفحة علي الفيس لمتابعة اخر الاخبار facebook.com/Engineering-Training-Academy-104056882214850/ facebook.com/groups/664127988104915/

Thanks for your interest. I’m uploading sample of each course here on my UA-cam channel. The full course ( 30 videos ) available on my Udemy channel for only 19.99$ in below link. However, I’m willing to offer you a discounted rate of only 13$ for the full course if you are interested www.udemy.com/course/learn-piping-pipe-stress-analysis-using-bentley-autopipe/?referralCode=3EC0B989705AABA93B06