Design of solid slab


Hollow Block Slab is a hollow concrete block, with its lower base (28cm), the upper base (32cm), its height (20cm), and its width. (20 cm). After the structural design of the nerves, the. Design of solid slabs File Name: Design of solid slabs Description: According to the NTC DF; Excel is a program that designs the sections of a lightened slab or solid File extension: Spreadsheet XLS Category: Spreadsheet / Calculations / Structures - calculation Type: Premium Download

Design of Slab (Examples and Tutorials) by Sharifah Maszura Syed Mohsin Example 1: Simply supported One way slab A rectangular reinforced concrete slab is simply-supported on two masonry walls 250 mm thick and 3.75 m apart. The slab has to carry a distributed permanent action of 1.0 kN/m2 (excluding slab self-weight) and a variable action of 3.0 kN/m2. Th Download 19469. File Size 36.60 MB. File Count 1. Create Date January 2, 2020. Last Updated January 2, 2020

Design of Solid Slabs - civil-designer

  1. Design of Slab (Two Way) Excel Sheet. Design Spreadsheets. The specified design strength of the concrete, is 25 MPa () and the specified yield strength of the reinforcement, fy , is 400 MPa. The unit weight of reinforced concrete is assumed to be 24 kN/m3. Effective depth d= Span / ( (L/d)Basic x modification factor) For obtaining modification.
  2. Type of slab: One-way solid slab: Slabs of uniform thickness bending and reinforced in one direction. Suitable only for relatively short spans. Two-way solid slab: Slabs of uniform thickness bending and reinforced in two directions. Economical for medium spans with intermediate to heavy loads. With Wisdom We Explore Introduction www.uthm.edu.m
  3. Solid Slabs can be designed and produced with mild reinforcing or by adding prestressing strands. They can be used in a variety of applications such as bridges, piers, building floors, roof systems, detention vault lids and boat launches. Solid Slabs can be cast with specialty inserts for lifting, mounting or connecting hardware
  4. Solid Slab. A spacer strip of solid slabs or coarse gravel ≥0.5 m wide shall be formed around openings in the roof surface (domed rooflight, skylights) or to rising walls with windows, if its balustrade is ≤ 0.8 m above the vegetation stratum; From: Green Roofs, Facades, and Vegetative Systems, 2021. Related terms: Shear Connection; Thermal Conductivit
  5. TWO-WAY SPANNING RESTRAINED SOLID SLAB DESIGN The design of two-way spanning restrained slabs (Fig. 3.64) supporting uniformly distributed loads is generally similar to that outlined above for one-way spanning slabs

design of solid slab system- شرح تصميم البلاطات المصمتة بالكامل - YouTube. design of solid slab system- شرح تصميم البلاطات المصمتة. للاستعلام عن الكورسات المدفوعة وباقي المزايا التي نقدمها:01061173946 للاشتراك في النشرة الدورية ليصلك. About Press Copyright Contact us Creators Advertise Developers Terms Privacy Policy & Safety How YouTube works Test new features Press Copyright Contact us Creators. f. Example of Design. 1. Introduction. The slab is the horizontal structural component that provides a flat and purposive surface. Such a surface may be floor, roof, or ceiling. One-way slab & Two-way slab are the types of the slab. Slab carries the loads imposed on it and duly transfers the forces either in a one-way or in a two-way mechanism

تصميم البلاطات الخرسانية المصمتة design of solid slab

Design a solid slab bridge superstructure having a clear span of 9.0 metres and carriageway of 7.5 metres with 1.5 metres wide footway on either side for a National Highway. Loading: Single lane of IRC Class 70-R (both wheeled and tracked) or two lanes of IRC Class A whichever produces maximum effect One-way solid slabs are designed as rectangular sections subjected to shear and moment. Thus, the maximum reinforcement ratio corresponds to a net tensile strain in the reinforcement, €t of 0.004

DESIGN OF SOLID SLAB. Download. Download 14. File Size 29.00 KB. File Count 1. Create Date November 23, 2021. Last Updated November 23, 2021 موضوع: Design of solid slabs, hollow blocks slab and flat slabs الخميس ديسمبر 10, 2009 8:13 pm: Design of solid slabs, hollow blocks slab and flat slabs. Slab Design: A slab is generally designed as flexural element considering 1 m wide strip. Although slab is not casted in 1 m strip, it gives satisfactory design result on using 1 m strip. The reason for designing only for flexural member is that the shear stress are not critical and reinforcement provided for flexural is enough to resist

CHAPTER 2: DESIGN OF SOLID SLAB FLOORS 2016G. CHAPTER TWO: DESIGN OF SOLID SLAB FLOORS. OBJECTIVE: - Analysis and Design of the different floors of Building. UNIVERSITYOFGONDAR, INSTITUTE OF TECHNOLOGY, DEPARTMENT OF CIVIL ENG 'FINAL YEAR PROJECT' 2- 4 Design of Solid Slab. Contact Us Material & Loads Geometry Rebar Report. Marerial data: F cu of RC MPa F y of Steel MPa . Loads: Super-Imposed Dead Load kPa Finishing Load kPa Live Load kPa Live Load Type . Footing Number: Slab Number: Geometry: Clear Span X-direction m. Design of solid slabs Part 1 mars 04, 2018 Solid slab. وهى البلاطات المرتكزة على كمرات وتخانتها لا تتعدى 15 سم (ts ≤15 cm) ولا تقل عن 8 سم (ts≥8cm). أنواع البلاطات المصمتة: 1- بلاطة ذات اتجاه واحد one way slab

Design of sections . 12 6.0m 0m 12 4.0m 3 m' 12 12 12 . Title: Microsoft PowerPoint - RC1 11 Design of solid slab Author: mosta Created Date Slab design is comparatively easy when compared with the design of other elements. The first stage of the design is finding the bending moment of the slab panels. Depending on the boundary condition and the properties of the slabs, methods of finding bending moment is expressed in the BS 8110 Part 01 as follows. One way spanning slabs The design principles of a solid slab bridge deck may be illustrated by the following illustrative example: Illustrative Example 1 : Design a solid slab bridge superstructure having a clear span of 9.0 metres and carriageway of 7.5 metres with 1.5 metres wide footway on either side for a National Highway

Flat slab a Transverse Reinforcement System تسليح الفلات

Design of Solid Slab Model مطلوب منك تصميم السوليد السلاب بالكامل على السيف ورفع صور ل : 1- المودل على 10 الدرجة القصوى ENDED الوقت المتبقي ساعات دقائ

The two way and one way slab design are mainly focused. The thickness of steel reinforced slab typically between 100 and 500 mm thick. In building, the slab thickness is normally between 100 to 200 mm. It is advisable not to use slab of thickness greater than 150 mm in building because it increases the self-weight which causes severity in. شرح مفصل للبلاطه السولد سلاب (البلاطه المصمته او البلاطه الكمريه) شرح جميع اشتراطات الكود و قرائه مفصله. Types of Design For Two Way Slabs 1-Two Way Solid Slab With Beams. The slab is supported by beams in a two-way solid slab system. It can be designed for a wide variety of load conditions depending on the beam and column arrangements. 2-Two Way Waffle Slab With Beams Design Of Solid Slabs Part 1 . Download Book تكريب حديد السقف ال Solid Slab للمهندس حسن قنديل Pdf Noor Book For Download Ebooks . استلام حديد الكمرات الجسور في الاسقف الكمرية السوليد اسلاب Pdf Solid Slab . تحميل Pdf شرح تصميم سقف Flat Slab Trustonearab

Floating Concrete Slab DIY Rebar - YouTube

Comparative Analysis and Design of Solid Deck Slab of Minor Bridge by Effective Width Method and Finite Element Method - written by Miss. Mohini Dhande, Dr. P. P. Saklecha published on 2018/04/24 download full article with reference data and citation Design of One way slab. 1.Based on the stiffness requirement assume suitable depth and calculate the effective span. 2.Calculate the loads acting on the slab. 3.Calculate factored moment and shear force by considering the one-meter width of the slab. 5.Determine the area of steel considering meter width of the slab Minimum Depth of 2-Way Slab for Deflection Control. According to ACI-318-1963. hmin = (inner perimeter of slab panel)/180 ≥ 90 mm. Example: Design the 4 marked slab panels of an ordinary house. Use US customary bars. fc'= 17.25 MPa fy = 300 MPa Analysis and Design of Slabs Two Way. Solution: Panel Edge Conditions Analysis and Design of.

Analysis & Design of Two-way Slabs Equivalent Frame Method spSlab utilizes the Equivalent Frame Method for the analysis and design of two-way slab systems, i.e. a slab system consisting of approximately rectangular panels with the ratio of longer-to-shorter span within a panel not exceeding 2.0, per American (ACI 318) and Canadian (CSA A23.3. design of floor slabs. The allowable soil bearing pressure is the maximum pressure that can be permitted on supporting soil with adequate safety against shear failure or excessive settlement. Another soil characteristic, compressibility of cohesive soils, determines the potential amount of long-term settlement under any. Structural Design of Ribbed Slabs. Ribbed slab is a type of reinforced concrete slabs in which some of the volume of concrete in the tension zone is removed and replaced with hollow blocks or left as voids. This reduction in the volume of concrete in the tension zone (below the neutral axis) is based on the assumption that the tensile strength. View Class 5- Design of slabs.pptx from CE 4012 at National Institute of Technology, Durgapur. CIE4012 Structural Design Design of RC slabs to EC2 01/26/2022 1 Solid RC Slabs 2 One way simpl Design Considerations in Slab: Locate position of wall to maximize the structural stiffness for lateral loads. Facilitates the rigidity to be located to the center of building. Its necessary to check the slab deflection for all load cases both for short and long term basis. In general, under full service load, Deflection (d) < L/250 or 40 mm.

(PDF) Design and cost comparison of the Solid Slabs and

The solid flat slab design process follows the provisions made in the ACI 318-11 and the plastic voided slab design process is modified from the Bubble Deck Design Guide for compliance with BCA using AS3600 and Euro code 2. The various parameters like total bay weight, flexural reinforcement, solid perimeter, moment capacity of the voided. Design steps: Step 1: Preliminary Design: Find depth of slab using deflection control criteria. Take Span/d = 25 for simply supported slab. = 30 for continuous slab. D ≥ D min = 100mm for normal design. = 125mm for earthquake resistant design. Step 2: Analysis of slab: Analyze the slab considering the slab as beam of 1m width and find.

CE 433, Reinforced Concrete Design Summer 2013 Example Slab Design 1 / 2 Material Properties Geometry compressive strength of concrete f'c 5,000 psi span length of slab (beam spacing L 18 ft center to center coefficient for depth of stress block 1 0.80 width of supporting beam bsupport 14 in yield strength of reinforcement fy 60,000 psi clear span Ln 16.83 ft = L - bsupport/1 Design calculation Design of one way slab Slab S1 Span of One way slab L = 2m Section provided D = 130 mm d = 105 mm Loads on slab Self weight of slab = 3.25 Kn/m Floor finish = 2 Kn/m Filling load = 3.5 Kn/m Wall load = 2 Kn/m Live load = 2 Kn/m Total U.D.L = 12.75 Kn/m Bending Moment B.M , W*L2/8 = 6.375 kn-m Ultimate Moment Mu = 1.50*B.M 9.5625 kn-m Charecteristic Strength of concrete (fu. Design of T-beam a) Outer girder. The outer girder has an overhang of 1.765 m. from the centre line of girder and centre to centre distance of girders is 2.45 m. Therefore, the outer girder is also a T-beam. The average thickness of the overhang is 235 mm. in place of the slab thickness of 215 mm. on the inner side Part 5 - One way and two-way slab design To design the slab, we specify the reinforcement detail according to the span length by either one-... Design of beam as per IS: 456 Part-4: Design of RCC beam The work of the structure designer is to provide the beam size and reinforcement detailing plan to the architect.

grid or waffle slab, shown in Figure 3-1f. To reduce the dead load of solid-slab construction, voids are formed in a rectilinear pattern through use of metal or fiberglass form inserts. A two-way ribbed construction results. Usually inserts are omitted near the columns, so a solid slab is formed to resist moments and shear better in these areas one-way spanning solid slabs. Learning out-comes At the end of this lecture, the student should be able to:. a) Classify all types of solid slab(CO1) b) Identify one way and two way solid slab (CO1) c) Use a relevant Clauses in code of practice (CO1) d) Design one-way slabs (CO2) e) Details the slabs(CO1). Reinforced concrete slab Slabs are plate elements forming floors, roofs in buildings. The spacing of main reinforcement in slabs shall not be more than three times the effective depth of solid slab or 300mm whichever is less 6.Distribution reinforcement for concrete slab design The area of distribution reinforcement shall not be less than 0.15%of gross cross-sectional area if plain bars are used and 0.12% of high yield strength.

Step 4. To print the slab design reports, Click ' Run ' then ' Slab Analysis and Design ' in the menu bar. A ' Slab Analysis and Design ' dialog box appears. In this box, tick ' All Storeys ', then click ' Design '. Use the settings as shown in the image below.. A preview of the report is shown which can then be printed out. Two-Way Concrete Floor Slab with Beams Design and Detailing Design the slab system shown in Figure 1 for an intermediate floor where the story height = 12 ft, column cross-sectional dimensions = 18 in. x 18 in., edge beam dimensions = 14 in. x 27 in., interior beam dimensions = 14 in. x 20 in., and unfactored live load = 100 psf CALUCLATIION SHEET REINFORCED CONCRETE SOLID SLAB DESIGN TO EUROCODE 2 Date:01/09/2014 Rev:B Calculated by:VN Checked by:VN Partial factor for reinforcement steel (NA CYS EN 1992-1-1:2004, Table 2.1)): γs 1.15 Partial factor for concrete (NA CYS EN 1992-1-1:2004, Table 2.1)): γc 1.5 DESIGN STRENGTHS OF MATERIAL(EN1992-1-1,cl.3.1.6): Design. Concrete is C30/37. The slab is 300 mm thick and columns are 400 mm square. The floor slabs are at 4.50 m vertical centres. A 2 hour fire rating is required. A B Bb C 4.0 4.0 4.0 6.0 D 1 E 200 x 200 hole 8.0 2 9.6 300 mm flat slabs 8.0 All columns 400 mm sq. 3 8.6 200 x 200 hole Figure 3.18 Part p plan of flat slab 3.4.1 Actions kN/m2.

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Two-way slabs are extensively used in multi-story and commercial buildings. 2. Types of Two Way Slab There are 3 types of two-way slabs. They are: a. Two Way Solid Slab ( with beams) This slab can be used for a wide variety of loading systems. It is suitable for small to large-scale constructions. b. Two Way Waffle Slab (with beams Design methodology..Design methodology.. SIMPLIFIED METHOD Table 3.19: BM and SF coefficients for flat slab or 3 or more equal spans Outer Support Column Wall Near centre of 1st span First interior span Centre of interior span Interior span Moment -0.04Fl* 0.086Fl 0.083Fl*-0.063Fl 0.071Fl-0.055Fl Shear 0.45F 0.4F - 0.6F - 0.5F Total. Two-way spanning slabs For rectangular slabs with standard edge conditions and subject to uniformly distributed loads, normally the bending moments are obtained using tabulated coefficients. Such coefficients are provided later in this section. Main reinforcement for two way slabs designs in both directions. This situation happen when slab were supported at all four span sides an

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Design of solid slabs - Damas Wik

Slab thickness and deflection. 1. Minimum thickness for solid one-way slabs unless deflections are calculated for slab not supporting or attached to partitions or other construction likely to be deamaged by large deflection. (ACI 318-05 Table 9.5a Two case studies are discussed; the first is a waffle slab with solid heads, and the second is a waffle slab with band beams along column centerlines. Direct design method is used for the. Notes on One Way Slab Design -Dr. E. R. Latifee Question: Define the term slab, one way slab, two way slab, Shrinkage and temperature reinforcement, main reinforcement. Definition: Slab is a common term used to describe the structural elements such as floors and roofs where the thickness of the element is very small compared to the length and.

One-way Slabs • Normally design as a beam with cables running in the direction of the span at uniform centres. • A slab strip of unit width is analysed using simple beam theory. • In any span, the max cable sag, zd depends on the concrete cover requirements and the tendon dimensions. • When zd is determined, the prestressing force required to balance a 12.0 MOMENT AND SHEAR COEFFICIENT FOR SOLID SLAB 18 - Continuous One-way Slab - Table 3.12: Ultimate moment and shear coefficients in continuous one way slab (Ref. BS 8110: Part 1: 1997) - Two-way Simply Supported Slab - Table 3.13: Bending moment coefficient for simply supported two-way slab (Ref. BS 8110: Part 1: 1997 1987 [06] and the cost estimation between these slabs is conducted. The design of post tension slab is presented below. Design of a Post tension slab =5 m, =9.38m Imposed load=3 kN/m2 Cables four wires of 5 mm diameter f p =1600 N/mm 2, fck=40 N/mm , e c =38 kN/mm2 Ratio of L y /L x =9.38/5 = 1.876 Thickness of slab =span/50 = 5000/50 =100 m 1-. تصميم البلاطات المصمتة Solid slabs ببرنامج Safe 2. Import from CAD to Safe 3. تصميم البلاطات المسطحة Flat slabs ببرنامج Safe 5. تصميم البلاطات ذات الكمرات المتقاطعة Paneled beams ببرنامج Safe 6. تصميم الأعمدة Design of Columns. Design Depth of Slab Design depth is the gross depth of the slab, less any depth that is expected to be lost as a result of grinding, grooving, or wear. Design Depth = 240mm - 15mm = 225mm Effective Length to Design Depth Ratio The effective length to design depth ratio is 2915mm/225mm = 13 Core Depth Core slab depth is shown in the figure below

23- (Slabs) Solid Slabs (2020) - Yasser El Leath

times the effective depth of solid slab or 300 mm whichever is smaller. 2) The horizontal distance between parallel reinforcement bars provided against shrinkage and temperature shall not be more than five times the effective depth of a solid slab or 450 mm whichever is smaller. 16/05/2010 T.Rangarajan 1 A concrete slab is a common structural element of modern buildings, consisting of a flat, horizontal surface made of cast concrete. Steel-reinforced slabs, typically between 100 and 500 mm thick, are most often used to construct floors and ceilings, while thinner mud slabs may be used for exterior paving (see below).In many domestic and industrial buildings, a thick concrete slab supported on. For the purpose of slab design, the lane load consists of a load equal to 0.640 klf uniformly distributed over 10 feet in the transverse direction. For precast prestressed multicell girders, live load shall be distributed according to AASHTO LRFD Tables,, and for both moment and shear Constitution D J LeeCBE BScTech DIC FEng FIStructE FICE Chairman, (until April 1995) (previously G Maunsell & Partners) R S Narayanan BE(Hons) MSc DIC FEng FIStructE Chairman, (from May 1995) (S B Tietz & Partners) ProfessorAWBeebyBSc(Eng) PhD CEng MIStructE MICE (University of Leeds) PG CobbCEng MICE (Sir Robert McAlpine & Sons Ltd Design Of Reinforced Concrete Structures One Way Slab. Reinforced concrete two way solid slabs (part 2) simply supported worked example design of rc solid slabs (part 1) clear and informative video rcd: design of a square reinforced concrete column based on aci codes part 1 2 books rcd: beam design design of single reinforced concrete

Design of Slab(Two Way) Excel Sheet - Online CivilForu

design one-way solid slabs to optimize the design of such slabs. Also, the paper determines the effect of optimum design on the overall costs of one-way slabs considering two main variables thicknesses and deferent compressive strength of the concrete. Key Words: one-way slabs, deflection, span-to-dept Below are some more great examples of solid slab backsplashes. Custom cut marble slab backsplash in a beautiful design with white subway tiles. White subway tiles are immensely popular right and pairing them with a solid slab backsplash just takes it to a whole other level. Gray kitchen cabinets with porcelain floor tiles The CivilWeb Slab Design Excel Sheet Suite is a powerful suite of slab design and analysis spreadsheets which together provide all the tools required for the design of reinforced concrete slabs. The spreadsheets can be used to complete a concrete slab design in accordance with either BS EN 1992 or BS 8110 Solid slab backsplashes especially complement the minimalist sensibility and sleek lines of contemporary or transitional kitchens, balancing a luxurious, classic material with modern design trends. Vertical stone treatments on the wall also tend to be more eye-catching than those used for horizontal countertops BASIS OF FLOOR SLAB ON GRADE DESIGN 2-1. Stresses. thermal expansion and contraction of the concrete The structural design of a concrete floor slab on grade is primarily controlled by the stresses caused by moving live loads and in some cases the stationary loads. Stresses in floor slabs on grade resulting from vehicular loads are a function of.

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Solid Slabs : Solid Slabs : Concrete Tec

Analysis and Design of slabs Strip Method of Analysis for One-way Slabs Basic Design Steps Example 2. 15-Jun-21 2 Department of Civil Engineering, University of Engineering and Technology Peshawar, Pakistan Prof. Dr. Qaisar Ali CE-320: Reinforced Concrete Design-I Objectives At the end of this lecture, students will be able to. Analysis and Design of Slabs. Slabs having supports on less than four sides can be designed as one-way. Two edge supported slab is always one-way. Cantilever slab is always one-way. One-way slab is designed as singly reinforced rectangular section. h (min) for the slab is different compared with the beams CE 403, Fall 2015 Slab Design Example 1 / 5 (ACI 318‐11 Referenced) Design a one‐way slab for an interior bay of a multi‐story office building using the information specified below. Neglect compression reinforcement. Assume partitions cannot be damaged by deflections One Way Slab and Two Way Slab Design Step by Step. Dead load of slab = (d x 25) Floor Finishing load = (as floor finishing near 1 kn/sq.mm) Live load = ( as per calculation) Factor Load = 1.5 x Total load; 4. Mid Span Moment: Corners not held down conditions is given as per IS: 456-2000 P-90 CI D-2

Solid Slab - an overview ScienceDirect Topic

RCC SLAB ROOF DESIGN EXAMPLE. Concrete roof or slab is made waterproof by applying stabilised bitumen sheets.The floor is first cleaned and then some bitumen is sprinkled over the surface and then bitumen stabilised sheets are rolled over the surface and joined with other at edges by applying heat through gas torch Design Of Bridges (PSC Solid Slab) Design of a 2 span vehicular Flyover bridge in RCC, having each span of dimension 25 m in length and 8.5 m width. The superstructure slab has been done with post tensioning of concrete & the substructure has been done with Regular RCC. Latest IRC codes has been referred for the design is the width of solid head of the slab is the width of solid portion of the slab is the span of slab in both directions is the characteristic compressive strength of concrete. w is the factored load acting on the slab 4.3. Design Optimization Procedure The process of finding the conditions that give the maximum or minimum value of the function Solid Slab spanning in two directions When a slab is supported on all four of its sides, it effectively spans in both directions, and it is sometimes more economical to design the slab on this basis. The moment of bending in each direction will depend on the ratio of the two spans and the conditions of restraint at each support


June 14, 2017. Download Two way Slab Design Excel Sheet Template. Slab is one of the most famous part of a construction project. Its made of concrete. When a rectangular slab is supported on all the sides and the length-to-breadth ratio is less than two, it is considered to be a two-way slab. The slab spans in both the orthogonal direction One way slabs are the easiest to design as the direction is simple and are usually designed as set of beam strips spanning in one direction. For the simplicity in design, one way slabs are designed in per meter strips. System with of only one panel, resting over wall, is analyzed & designed as a simply supported beam of 1m width RCC Slab Design is a free app for designing one way and two way reinforced concrete slab systems as per Indian Standards. • RCC Design and detailing could be performed for ten different boundary conditions. • Option to save the design projects in local storage. • Detailed calculation steps presented for verification Checking slab deflection is included in the beam design section of BS 8110 Part 01. The deflection can be checked by two methods. If you know the maximum deflection for the relevant load case, we can check whether it is with in the limit. Code gives the maximum limits of deflections base on the spans. Other methods of check the deflection is. Interpreting the Slab Analysis Result using SAFE program is the last stage to consider in the design of the slab using SAFE. This is the procedure where the structural designer will interpret his/her design and reflect it in a structural plan. A careful and thorough understanding of the output result should be made in order to achieve not only.

design of solid slab system- شرح تصميم البلاطات المصمتة

Solid Slab Backsplash Streamlined Design. Solid slab backslashes have got to be our very favorite style of backslash because they simply look so clean, classic and smooth. As we mentioned a few times before, we are not big fans of grout lines, so we do tend to suggest bigger sized tiles, or use a white or light gray grout color MANUAL FOR THE DESIGN OF HOLLOW CORE SLABS SECOND EDITION by Donald R. Buettner and Roger J. Becker Computerized Structural Design, S.C. Prepared for the PCI Hollow Core Slab Producers Committee John E. Saccoman, Chairperson James Beerbower Ernest Markle Kevin Boyle James Markle Jeffrey Butler Milo J. Nimmer Loris Collavino William C.

Ribbed or waffle slab is a slab system which consists of series of parallel reinforced concrete T beams framing into reinforced concrete girders. The slab is the flange of the beam and the extended part is the web. The extended part is known as ribs. The spacing between the ribs should be in general 20-30 inch For solids STAAD.Pro directly reports the normal, shear stresses and principal/Von-mises stresses. It is difficult to accurately back calculate the forces from the stresses and so when reinforcement design is required, I would suggest modeling the slab using plates whenever possible Design of Slabs Part - 1: Download Verified; 15: Design of Slabs Part - II: Download Verified; 16: Design of Slabs Part - III: Download Verified; 17: Design of Slabs Part - IV: Download Verified; 18: Design of Slabs Part - V: Download Verified; 19: Design of Columns Part - I: Download Verified; 20: Design of Columns Part - II: Download Verified. Download Reinforced Concrete Design Spreadsheet - Using the Ultimate Limit Design Methods Download Reinforced Concrete Design Spreadsheet for Free. Download Slabs design spreadsheet, flat slab design sheet, beams design spreadsheet, shear and torsion design sheet, footing design spreadsheet and many more at free of cost. This Reinforced Concrete Design Spreadsheet Contains: - Calculation. Slabs normally account on 15 to 20 % the total cost of RCC of the building. Slab imparts major role in the overall cost of the building rather on columns or beams. Thus, it is important to achieve cost saving by properly design the slab. If the slab is designed for the moment and shear only, it leads to smaller thickness of slab مجموعة ملفات تصميم الخرسانة المسلحة كاملة للمهندس / ياسر الليثي محتويات الملف: 01 - (Introduction for Reinforced Concrete Design (2016 02 - (Units and Dimensions (2016 03 - (Arch & Struc. Drawing (2016 04 - (Beams) Max-Max B.M.D & S.F.D. For Beams (2016) 05 - (Beams) Loads on Beams (Load Distribution) (2016) 06 - (Beams) Behavior.