Yearly Archives: 2023

گرنگی شێوازەكانی مۆنتاژ لە بەرنامە دۆكیۆمێنتارییەكانی كەناڵی ئاسمانی كوردستان24 دا

  • Shawen Nawzad Rafeeq
  • [email protected]
  • 0750 463 6669
  • گرنگی شێوازەكانی مۆنتاژ لە بەرنامە دۆكیۆمێنتارییەكانی كەناڵی ئاسمانی كوردستان24docx1
  • ئەم توێژینەوەیە بە ناونێشانی (گرنگی شێوازه‌كانی مۆنتاژ لە بەرنامە دۆكیۆمێنتارییەكانی كەناڵی ئاسمانی كوردستان24 دا)ه‌، ئەم توێژینەوەیە لە جۆری توێژینەوەی وەسفییە (Descriptive Research)، کە لەگەڵ شێوازی توێژینەوەکە گونجاوە، ‌به‌ مەبەستی بەدەستهێنانی داتا و زانیاری و‌رد و د‌روست، میتۆدی شیکارى ناوەڕۆکى بەكارهێناوە.

    كێشه‌ی ئه‌م توێژینه‌وه‌یه‌ برتییه‌ له‌ زانینی گرنگی شێوازەکانى مۆنتاژ لەبەرنامە دۆکیۆمێنتارییەکانى کەناڵی ئاسمانی كوردستان24، ‌ گرنگی ئه‌م توێژینه‌وه‌یه‌  له‌وه‌دایه‌ كه‌‌ دەچێتە بواری پسپۆڕی تەلەڤزیۆنى، بە تایبەتی چۆنییەتی بەگەڕخستنی مۆنتاژى تەلەڤزیۆنى لە بەرنامەى دۆکیۆمێنتارى، هەروەها هەوڵێكی ئەكادیمییە بۆ شرۆڤەكردنی پەیوەندی و كارلێك لەنێوان مۆنتاژ و بەرنامەى دۆکیۆمێنتارى، هاوكاری میدیاكار و مۆنتێران ده‌كات بۆ تێگه‌یشتنی زیاتر له‌ شێوازه‌كانی مۆنتاژ، بۆ شیكردنه‌وه‌ی ناوه‌ڕۆكی توێژینه‌وه‌كه‌ توێژه‌ر (12) بەرنامەی بە شێوەى گشتگیر (حصر شامل) لە ماوەى 3مانگدا  لە نێوان 2022/1/1 تاکو 2022/4/1 وه‌رگرتووه‌.

    ئەم توێژینەوەیە لە چوار بەش پێکهاتووە، بەشى یەکەم تایبەتە بە لایەنى چوارچێوەى توێژینەوەکە، کە کێشەى توێژینەوە و پرسیارەکانى توێژینەوە و گرنگیى توێژینەوە و ئامانجى توێژینەوە و توێژینەوەکانى پێشوو و چەمکەکانى توێژینەوە لە خۆ دەگرێت، بەشى دووەم بە ناونیشانى مۆنتاژى تەلەڤزیۆنى چەمک و ڕەهەندە نوێگەراییەکانى کە هەریەکە لە چەمک و پێناسە و مێژوو و گرنگیى تایبەتمەندى و ئەرکەکانى و جۆرەکانى و شێوازەکانى مۆنتاژى تەلەڤزیۆنى تێدا باسکراوە، بەشى سێیەم لە ژێر ناونیشانى بەرنامەى دۆکیۆمێنتارى چەمک و پێناسەو تایبەتمەندییەکانى هەریەکە لە پێناسەو تایبەتمەندى و ئەرکەکان و گرنگیى و شێوازەکان و جۆرەکانى بەرنامەى دۆکیۆمێنتارى تێدا باسکراوە، بەشى چوارەم تایبەتە بە لایەنى شیکارى کە خۆى لە دوو تەوەردا دەبینێتەوە ئەوانیش یەکەمیان ڕێکارى مێتۆدى توێژینەوەکە کە هەریەکە لە جۆرو مێتۆدو کۆمەڵگاو سامپڵ و سنورى توێژینەوەکەو ڕاستى ڕواڵەتى و جێگرى تێدا باسکراوە، هەرچی تەوەرى دووەمە شیکارى ناوەڕۆک کراوە بۆ سامپڵى توێژینەوەکە لە ڕێگەى چەند خشتەیەک.

    لە گرنگترین دەرئەنجامەکانى ئەم توێژینەوەیە كه‌ توێژه‌ر له‌ توێژینه‌وه‌كه‌ ئاماژه‌ی پێداوه‌: كه‌ناڵی كوردستان 24‌ له‌به‌رهه‌مهێنانی به‌رنامه‌كانیدا  گرنگی داوه‌ به‌ به‌رنامه‌ی بایۆگۆافی (كه‌سایه‌تی)و مێژوویی، له‌ مۆنتاژكردنی به‌رنامه‌ دۆكیۆمێنتارییه‌كانیدا شێوازی مۆنتاژی به‌رده‌وامی و تۆنی به‌كارهێناوه‌، جۆره‌كانی ڕه‌نگدانه‌وه‌ و به‌شداریكرد له‌ ناوه‌ڕۆكی به‌رنامه‌ دۆكیۆمێنتارییه‌كانی ڕه‌نگی داوه‌ته‌وه‌، و گرنگی زۆر به‌ ئیفێكتی بڕین (Cut) داوه و ئه‌م كارتێكه‌ره‌شی به‌ مه‌به‌ستی درێژه‌دان به‌ به‌رده‌وامیی جوڵانه‌وه‌كه‌و ڕیزبه‌ندی و ڕێكخستن داوه‌..

    كلیلیی وشه‌كان:  شێواز، مۆنتاژ، كه‌ناڵی ئاسمانی، به‌رنامه‌ی دۆكیۆمێنتاری.

  • Erbil Technical Administrative College
  • Media Department
  • Media

Erbil Polytechnic University Rector visits Salahaddin University-Erbil

Our university Rector Prof. Dr.  Edrees Muhamad Tahir Harki visited the Salahadin University-Erbil to congratulate them for obtaining the first place over the Iraqi universities in Google Citation results. The Rector of Salahaddin University-Erbil received him in his office.                                                                                   

At the beginning of the meeting, his Excellency the Rector of the Erbil Polytechnic University expressed his pleasure and congratulated the Rector of Salahaddin University-Erbil for their valuable achievement that was reaching the top one in Google Citation amongst all Iraqi and the Kurdistan Region governmental and private universities that was reported on Clarivate the InCite-WoS report.

The Salahaddin University-Erbil Rector warmly appreciated our Rector’s visit and hoped that their collaboration and relationship in the academic and scientific fields with the Erbil Polytechnic University continue and provide best services to students, employees and teachers to develop the Kurdistan Region.

Erbil Polytechnic University and WFP have launched the Impact Project

On Wednesday, the 4th December 2023, in the presence of the Vice Rector for Scientific Affairs of the Erbil Polytechnic University, Dr. Nageb Toma Batu the registration process for Project Impact participants has begun.

The IMPACT project is implemented under the auspices of the World Food Program (WFP) by Erbil Polytechnic University – the Career Development Center (CDC), and is funded by the German Government and the German Embassy in Iraq.

The project aimed at helping Syrian refugees and internally displaced people and youth in Erbil governorate boarder and its surroundings to build a bright future, and ensure a scientific environment that meets the demands of university graduates, by opening skills development courses for participants in the fields of (English Language and Computer Science) for 10 months.

This project will be an incentive to prepare Alumni for current and future employment opportunities, and to provide scientific, cultural and material needs.

It is worth mentioning that the project is conducted online by experienced and qualified lecturers of our university for 150 graduates of colleges and institutes.

Aspect Ratio and Relative Beam-Slab Stiffness Effects on the Long-term Deflection of Slabs


  • KARWAN KHALID ISMAEL

  • [email protected]
  • 0750 466 9888
  • M.S.c THESIS Karwan Khalid Ismael-7b94dd4a
  • This study investigates the deflection in reinforced concrete slabs aiming to have a better understanding for the effects of the aspect ratio and the relative beam-slab stiffness parameters and to assess the ACI318 provisions for slab deflection control. The investigations included both long-term deflection for the evaluation of the mentioned parameters and the short-term deflection for the assessment of the deflection calculation methods (Finite Element SAFE software, ANSYS software and the ACI crossing beam approach).

    As ACI318-19 does not include the aspect ratio (long span/short span) within the span affecting the determination of the flat plate thickness; an evaluation for this variable, a parametric long-term deflection (LTD) analysis has been done using SAFE for variable long span length (5m, 7.5m, 10m) and different aspect ratio at different panel locations (interior, edge, and corner). The results showed there is a noticeable effect for the aspect on the LTD (long span) and that the ACI318-19 recommended thicknesses met partially the ℓ/240 LTD limit in panels of long spans up to 7.5 m with aspect ratio range 1 to 2, in panels of long spans up 10 m with aspect ratio 1. For the ℓ/480 deflection limit, apart from rectangular 5 m long spans panels, the provisions were inadequate to satisfy the ℓ/480 limit in all other cases. For larger aspect ratio of 3, the current research suggests the use of the same ACI318-19 two-way flat plate recommended thickness taking the long span as the active span for aspect ratio of 2 to 3.  For the non-satisfied cases, the current study proposed minimum thickness for corner, edge and interior flat plate slabs to satisfy both the deflection limit of ℓ/240 and ℓ/480.

    For the effect of the relative beam-slab stiffness on the LTD of interior, edge and corner panel two-way beam-slabs system, the LDT deflection (both long span and mid panel deflection), the parametric study showed that the ACI318-19 provisions are adequate for interior slab panels; however, the provisions are inadequate for edge and corner panels of relative beam-slab equal to 0.2.

    For the effects of the relative beam-slab stiffness of one-way slabs,  (10x4.9 m, 7.5x3.6 m and 6.1x3 m slab panels) with aspect ratio greater than 2, the current study showed that with using the ACI318-19 recommended slab thickness it is required to have  a minimum relative beam-slab stiffness of 5 to satisfy the LTD limit of ℓ /240, and 20 to satisfy the LTD limit of ℓ /480 along the supporting beams. For lower relative-beam stiffness, the current study proposes revised minimum thicknesses to ensure having the LTD under the long direction beam to be within the allowable deflection of ℓ /240 and ℓ /480.

    Moreover, the Bondy’s approach has been evaluated considering the LTD of interior, edge and corner panel flat plates for different aspect ratios. In all cases studied, Bondy's approach has been shown to be adequate for the ℓ/240 deflection limits. With respect to the deflection limit of ℓ/480, Bondy's approach produced satisfactory results (deflections) at the interior panels only.

    The current study also showed that the ACI crossing beam approach for long span deflection calculation in flat plate slabs at different panel locations (interior, edge, and corner) are not accurate even at the elastic short-term deflection in rectangular slab panels (aspect ratio of 2) when compared with the SAFE and ANSYS deflection results, which showed closer results between them.


  • Erbil Technical Engineering College

  • civil engineering

  • structural engineerin