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JUN
– OCT 2016
ECS338
STRUCTURAL CONCRETE AND STEEL DESIGN GROUP ASSIGNMENT
Learning outcome 1. 2. 3. 4.
To carry out a complete design of steel structure for an elevated water tank (CO3-PO6). To solve a real engineering problem (CO3-PO6). To demonstrate effective team role and responsibility in the task execution. Be able to present the finding using appropriate method.
Scenario You are a Consultant Engineer in Berjaya Jururunding Sdn. Bhd. and are given a task on structural steel design project. The duty of your team is to provide a complete design of an elevated water tank for water supply to four different residential areas. Figure 1 shows the plan view and Figures 2-3 show the side views of the elevated water tank, respectively. The required length of the primary beams (B1 and B2), secondary beams (B2) and columns (C1 and C2) are as specified Figures 1-3 and Table 1. Also shown in the figures and Table 1 are the height of the water tank (H) and spacing of the secondary beams (s). Calculations for loadings involved are shown in the appendix. Prepare a comprehensive technical report that includes the selection of sizes, list of material properties and design calculations for this project.
Objectives This activity requires your team to analyse the forces acting on the steel structure, do complete analysis and checking in order to propose the suitable sizes for primary and secondary steel beams and column members, and also the beam-column connection design according to EC3.
Assessment Assessment is based on a report writing and oral presentation of the findings. The report must be hand-written on design sheet as given in i-learn. Oral presentation (with slides) must be given in short video. Arrangement of report writing and oral presentation must be in sequence sequence according to the design steps and calculations. Both report (hard copy) and video (soft copy) must be submitted by 25th September 2016 . *Note: Number of group members – 5/6 students
1
JUN
– OCT 2016
ECS338
y
B2
x
x
s y B1
Figure 1: Plan view of the elevated water tank
2
JUN
– OCT 2016
ECS338
Water tank
H
C2
C1
B2
Figure 2: Side view x-x of the elevated water tank
3
JUN
– OCT 2016
ECS338
H
Water tank
C2
C1
B1
Figure 3: Side view y-y of the elevated water tank
Notes: 1. Loadings on primary and secondary beams B2 are from permanent and variable actions. 2. Loadings on primary beams B1 are from secondary beams B2 only. 3. Use steel grade of S275 or S355 only in the design calculations. 4. All assumptions for design calculations must be stated in the report and on calculation sheets.
5
JUN
– OCT 2016
ECS338
STRUCTURAL CONCRETE AND STEEL DESIGN (ECS338) Name
Matric Number
1. 2. 3. 4. 5. 6.
Item
Marks
Introduction List of material properties Schematic diagram of single bay frame with dimensions Beam design Column design Beam-column connection design Conclusion References Overall team work Video TOTAL (CO3-PO6)
Lecturer
: Mdm. Nor Mayuze Binti Mohamad
Group
: J4EC1105R1/ J4EC1105R2/ J4EC1105R3 /J4EC1105R4
6
/5 /5 /5 /10 /10 /10 /5 /5 /15 /30 /100
JUN
– OCT 2016
ECS338
Rubrics (Presentation) Assessment on CDIO skill: Communication (video) Presenter Team Course and Code Evaluator(s) Date
: : : Structural Concrete and Steel Design (ECS338) : Mdm. Nor Mayuze Binti Mohamad :
Poor (1)
Fair (2)
Good (3)
PRESENTATION QUALITY Main objective of presentation is clearly stated Presenter uses voice effectively (volume, clarity, inflection) Quality of the video (brightness, angle etc.) Transition to the next presenter or next content is smooth and effective
TECHNICAL CONTENT Technical content is accurate and significant Technical content shows sufficient development Main points are emphasized and the findings are clear Ideas are supported with sufficient details and clear drawings Graphics and demonstrations are effectively designed and used Questions are answered accurately and concisely
TOTAL
Rating Poor Fair Good Excellent
/ 40
Mark 1 2 3 4 7
30 =
Excellent (4)
JUN
– OCT 2016
ECS338
Rubrics (Final report) Assessment on CDIO skill: Teamwork Poor (1.5), *(2.5), **(3.5) Project overview is not stated in the report.
Fair (2.5), *(5.0), **(7.5) Project overview is not complete.
Good (3.5), *(7.5), **(11) Project overview is limited. Assumption is clearly stated for each design.
List of material properties
Not stated in report.
Not complete.
Schematic diagram of single bay frame with dimensions
Not stated in report.
Schematic diagram without dimensions and unit.
Full list without reference or catalogue. Schematic diagram with dimensions and unit.
*Beam design
Wrong concept of design.
*Column design
Wrong concept of design.
*Beam-column connection design
Wrong concept of design.
Conclusion
Not written in report/wrong conclusion.
Able to performed the design but with miscalculation and > 2 missing steps. Able to performed the design but with miscalculation and > 2 missing steps. Able to performed the design but with miscalculation and > 2 missing steps. Conclude in general statement.
Able to performed the design but with miscalculation and < 2 missing steps. Able to performed the design but with miscalculation and < 2 missing steps. Able to performed the design but with miscalculation and < 2 missing steps. Conclude with significant findings.
References
No references.
**Overall team work
Missing two tasks either in video or report.
3 relevant references. Missing one task either in video or report.
5 relevant references. Report not in order or not in format.
Introduction
8
Excellent (5), *(10), **(15) Project overview is stated in clear picture. Assumption is clearly stated for each design. Full list with reference or catalogue. Schematic diagram with dimensions and unit plus the member sizes. Types of support and detailing are clearly stated in the diagram. Able to performed the design without miscalculation and missing step. Able to performed the design without miscalculation and missing step. Able to performed the design without miscalculation and missing step. Conclude and summarize the findings according to the objectives. More than 5 relevant references. Excellent compilation of report and video.
JUN
– OCT 2016
ECS338
GROUP LIST J4EC1105R1 GROUP
B
E
H
NAME
NUR AMDIYANA AMIRAH BINTI AHMAD. NORLIZA BINTI ROSLI NUR SHUHADA BINTI HARIS NAJIHAH BINTI SUKRI IZZAH MARDHIAH BINTI MD ARIS NUR ASHIKIN BT CHE LAH MUHAMMAD SHAFIQ BIN OMAR SULAIMATHUL SAADIAH BINTI SAAD LUTFIAH HANUM BINTI LUT NUR SHUHADA BT NOR SHAHRUDIN MUHAMMAD IZZ FARHAN BIN MUHAMMAD NUR HUSNA BINTI MUHAMAD NUR SYAHIRA BT MOHD RUSMI NURUL HAZLINDA BINTI RAMLI ZARITH ASHRAF BIN MUHAMAD TARMIZI MUHAMAD NOR ASYRAF BIN KAMARUDDIN
AHMAD SOFIAN BIN AHMAD SHAHIME MUHAMMAD SYAZWAN OBAIDAH BIN MD MUHAMMAD NAZMIL BIN NAZMAN MUHAMMAD 'ARIFF RIZAL MUHAMMAD FIKRI BIN ZAINI MOHAMAD SHAPIED BIN MIHARUDDIN MOHAMAD HAZEEM BIN AZMI MOHAMAD DANIAL BIN KHALID MUHAMMAD ASYRAF BIN LOKMAN NUR FAIQ BIN SAFIAN UNGKU MUHAMMAD AIMAN BIN UNGKU MOHD ZAIM ASYRAAF BIN MAT PUA'AT MUHAMMAD IMRAN HISHAM BIN RUSLAN MOHD AFIF AIMAN BIN JAMIL NURUL FATIHAH BINTI JUHARI QHATTRUN NADAA BINTI KHALIR
MUHAMMAD AMIRUL HAIRIE BIN AZMI MUHAMMAD FAIZ BIN ABDUL FATAH MOHAMAD AIMAN HARIZ BIN MOHAMAD MUHAMAD ZULHILMI BIN CHE HARIS MOHAMAD ASYRAF BIN SALHADI MUHAMMAD AMIRULL ASYRAF BIN ANUAR NIK AMZAR BIN MOHAMAD ASRI MOHAMAD AMIROL AIZAT BIN RASHID FAIZUL AKMAL BIN AZNAM MOHAMAD AZRIN BIN ASMI MUHAMMAD FAREEZ BIN ZULKIFLI MUHAMMAD ADLI BIN MOHD HAIROLLAH FARID 'IZZAT BIN ISHAK MUHAMMAD ADIB BIN MOHD KHALID SHAMIR FARHAN BIN LAILISAN MOHAMAD ALIF AMINUDDIN BIN LANI MUHAMMAD TAUFIQ BIN MOHD TAHIR MUHAMMAD FITRI BIN MOHD TUKIRAN IRFAN BIN AZMI MUHAMMAD FARRIS BIN SHAHARUDIN KAMAL ABDUL AZIZ BIN KAMAL ARIFFIN IKMAL FAIZ BIN NOZRIMI @ ROSTAM MUHAMMAD ATIF BIN LOKMAN MUHAMMAD RAFIUDDIN BIN MD YUSOFF
