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- Bolts can fail in shear or in tension. - You can calculate the shear strength or the tensile strength of a bolt. • In a bolted shear connection, the bolts are subjected to shear and the connecting / connected plates are subjected to bearing stresses.

Bolts can fail in shear or in tension. You can calculate the shear strength or the tensile strength of a bolt. Simple connection: If the line of action of the force acting on the connection passes through the center of gravity of the connection, then each bolt can be assumed to resist an equal share of the load.

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• Shear only and tension only strengths are calculated per section J3.6 • Combined tension and shear in bearing-type connections is calculated per section J3.7 • Bearing strength at bolt holes is calculated per section J3.10. Bearing strength based on edge distance and bolt spacing. • Available Bolts: ASTM A307, A325, A490, F1852, F2280
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What is a Shear Connection? In structural engineering, a shear connection is a joint that allows for the transfer of shear forces between two members. So if a child member (for instance a beam) has some internal shear forces, these will be passed on as axial force into the column member. Typically, Shear Connections

Thread shear is an important failure mode for a bolted joint, and occurs when the threads shear off of either the bolt (external thread shear) or off of the nut or tapped part (internal thread shear). There should be enough engagement between the bolt threads and internal threads that the bolt fails in tension before the threads shear.

This line accounts for shear and bending, so any shear force or bending moments acting on the bolt will lower this line. Joint Separation. There should be enough engagement between the bolt threads and internal threads that the bolt fails in tension before the threads shear.11 — shear and torsion. Keywords: admixtures; aggregates; anchorage (structural); beam-column frame; beams (supports); building codes; cements; cold weather construction; col-umns (supports); combined stress; composite construction (concrete and steel); composite construction...

Calculation design shear resistance V Rd for bolts in column The acting shear force C/2 is divided in a shear force V 0 acting in the bolt center and a moment M 0 rotating around point d on a distance h d /2 from the upper side (Ref. [13] p194-197). : Vertical force acting on the bolts in bolt-column j: Horizontal force acting on the bolts in ...
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Shear Stress Ratio. The shear stress ratio is defined as θ s = (q + k s ⁢ p) / τ max, where q is the Mises equivalent stress, p is the pressure stress, and τ max is the maximum shear stress. Strain Rate. The equivalent plastic strain rate, ε ¯ ˙ p ⁢ l. Temp. Temperature, θ. Field n. Predefined field variables.

This lecture presents the geometrical and mechanical properties of ordinary bolts and describes their behaviour in shear, tension or combined shear and tension. The effects of the position of the bolts in a connection and of their dimensions on the potential failure modes are also discussed.

Steel Member Design software for Eurocode 3 (EN 1993-1-1:2005) Among the many design standard SkyCiv offers, is Eurocode 3 (or EN 3) - Design of steel structures. With this software, you can design common steel shapes with the following features: I-Shapes, HSS Shapes (RHS, SHS, CHS) and Channels Ultimate Limit State and Serviceability checks based 8 Mechanics of Tension and Shear Load Transfer Through Bonded Joint 8 9 Lap-Jointed Shear Web Under Spatially Varying Shear Load 9 10 o τxy Adherend In-Plane Shear Stress, ave o τxy = 3.28 MPa 11 11 a τxz Adhesive Shear Stress, ave a τxz = 1.31 MPa 11 12 Shear Stress Resultant Profile in Lap-Jointed Aluminum Panel 13

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What is a Shear Connection? In structural engineering, a shear connection is a joint that allows for the transfer of shear forces between two members. So if a child member (for instance a beam) has some internal shear forces, these will be passed on as axial force into the column member. Typically, Shear Connections The shear resistance of a rivet in connections greater than 50.0 in. in length shall be taken as 0.80 times the value given in Eq. 1. THE RESISTANCE OF GUSSET PLATES: The resistance of a gusset plate shall be determined as the plate’s least resistance in shear, tension including block shear, compression, and combined flexural and axial loads.

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• This value would be compared to shear stress allowable for the shaft material. Example Problem 4-3: Combined Torsion and Shear (cont’d) 16 Normal and Shear Stresses • Mohr’s Circle • σ= equivalent combined normal stress • S = normal stress from bending or axial loads •S S = shear or torsional stress 2 1/2 2 S 2 S S 2 S σ ... Fb = allowable bending stress Fcr = flexural buckling stress Fe = elastic critical buckling stress FEXX = yield strength of weld material Fn = nominal strength in LRFD = nominal tension or shear strength of a bolt Fp = allowable bearing stress Ft = allowable tensile stress Fu = ultimate stress prior to failure Fv = allowable shear stress Fy ... Maximum shear stress occurs when there is maximum shear flow. Shear stress will be maximum at the angle, ΘΤ-max. The angle can be identified by taking a derivative of the shear stress rotation equation. Enter normal and shear stress in this maximum shear stress calculator to find the result.

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Calculation bolt property in according to Eurocode 3. Example of shear resistance calculation for bolt HM24Cl5.8360-10 (2010) method tend to overestimate the static lateral resistance load of single-shear single-bolt steel connections. Eurocode 3 and ANSI/AISC 360-10 (2010) methods are typical regression analysis approaches commonly performed in steel materials based on testing data to derive

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and shear stress curves. It is convenient and conservative to use the maximum shear stress criterion equation with k = 0.5, and this is the criterion usually cited for a member loaded in combined shear and tension. When k = 0.5, the maximum shear stress failure criterion simplifies to the following single interaction equation, where R s and R is normal stress due to axial force or bending moment, and q is shear stress due to shear force or tension 2. Important Design Specifications for Bolted Connection as per IS 800:2007 Shear Capacity of a Bolt The design strength of a bolt in shear V dsb is given by V dsb = V nsb / γ mb.....(2) Where V nsb is the nominal shear capacity of a bolt ... 8 Mechanics of Tension and Shear Load Transfer Through Bonded Joint 8 9 Lap-Jointed Shear Web Under Spatially Varying Shear Load 9 10 o τxy Adherend In-Plane Shear Stress, ave o τxy = 3.28 MPa 11 11 a τxz Adhesive Shear Stress, ave a τxz = 1.31 MPa 11 12 Shear Stress Resultant Profile in Lap-Jointed Aluminum Panel 13

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The shear stresses in simple bolted connections are determined. 1.2 The nominal weld size or length of weld required on simple welded connections is determined to meet load requirements. And, an example of bolts in shear and tension simultaneously is moment connection or rigid connection of beam to column. Here is a picture. courtesy Google/internet: In the rigid connection example here, the top two sets of bolts on either side of the top flange will undergo tension.The value of the torsional shear stress at any point in the structural member's cross-sectional area is calculated using the following formula: In this formula: τ = shear stress ('lbf/ft 2 ' for ...

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2. Combining Bending and Tension Stresses 3. Eccentric Loading 4. Combined Shear and Tensile Stresses 5. Stresses on a Cutting Plane 6. Multiple Tensile Stresses 7. Combined Stresses General Case 8. Von Mises Stress 9. Combined Stresses in Shafts OBJECTIVES When you have completed this unit you will be able to: 2.2.3 anti-cascading tower tension or suspension tower specially designed with higher strength to avoid cascade failures and. installed at a nominated frequency of towers to limit damage and permit quick restoration of failed.2. Concrete shear stress in compression zone 3. Dowel shear from longitudinal flexural reinforcement. Conservatively, we may neglect all but concrete stress. Nature of failure offers very little reserve capacity if any. As a result, design strength in shear (without shear reinforcement) is gov-

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Bending load is actually a combination of tension and compression load on opposite sides of the The Grade 5 bolt will therefore always fail first whether in tension or shear. The only "gotcha" with the Effects are cumulative and can combine with other forms of loosening. The difficulty of keeping...Eurocode standards recognise the responsibility of regulatory authorities in each ~1ember State and have safeguarded their right to determine values related to regulatory safety matters at national level where these continue to vary from State to State. Status and field of application of Eurocodes.Nov 19, 2016 · As there are two shear planes (one on either side of the beam, running parallel to it), the longitudinal shear stress is: 58.1 3000702 1000663 2 f Ed xh R v q N/mm² For minimum area of transverse reinforcement assume = 26.5° BS EN 1992-1-1 6.2.4 (4) f sf s A 7.12610 6.52cot435 7058.1 cot 3 yd fEd ff hv mm2 /m Therefore, provide A193 mesh ...

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Combined Tension and Shear Problem - 1 The bracket shown is supported by 4 bolts. Horizontal and vertical forces of 20 kN each are acting. If the joint thickness is 20 mm, the friction between the joint faces is 0.3, what is the bolt size required if it is desired to use property class 12.9 bolts? Основные векторы - результаты расчетов. UGS.F93. 7423..Plate Bot XY Shear Stress 7426..Plate Bot MajorPrn Stress 7427..Plate Bot MinorPrn Stress 7429..Plate Bot PmStress Angle. 7430..PIate Bot Mean Stress.

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And, an example of bolts in shear and tension simultaneously is moment connection or rigid connection of beam to column. Here is a picture. courtesy Google/internet: In the rigid connection example here, the top two sets of bolts on either side of the top flange will undergo tension.Eurocodes - Design of steel buildings with worked examples. Motivation. To present o Content/principles o Selected particularities o Questions. Design Slip resistance Combined tension and shear Hybrid connections. Deductions for fastener holes.

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ksi) bolts Structures Congress 2017 36 Part 7. Design Considerations for Bolts • Figure 7-10. Permitted coatings for structural fasteners • Tables 7-1, 7-2 and 7-3 includes the Group C (200 ksi) bolts • Tables 7-14 includes tension-control bolts The tension results from the interaction between the whole rope and both masses. Somewhat expanding on the good answer from @Eeko, you might try the somewhat unusual approach of drawing the free body diagram for a small piece of the rope. Focus on a piece of the rope that isn't in contact...

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tension and shear γMs,ca = 1,8 = 1,6 Local failure of anchor channel by bending of lips in tension and shear γMs,l = 1,8 = 1,6 Bending of channel γMs,flex = 1,15 = 1,0 Steel failure – supplementary reinforcement Tension γMs,re = 1,15 a = 1,0 Concrete related failure Concrete cone failure, concrete edge failure, concrete blow-out

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in the testing frame and subjected to a static tension loading, a static shear loading, or a combined shear and tension loading. For each loading type, the load and deformation was measured until failure using the procedures described in ASTM Standard Test Method Strength of Anchors in Concrete and Masonry – E 488. Transcribed Image Text from this Question. Combined Shear and Tension in Fasteners A bracket cut from a W12 × 120 is connected to a W12 ×120 column flange with 12 Group A bearing-type bolts as shown in Figure P7.9-5. A992 steel is used. The line of action of the load passes through the center of...Steel Member Design software for Eurocode 3 (EN 1993-1-1:2005) Among the many design standard SkyCiv offers, is Eurocode 3 (or EN 3) - Design of steel structures. With this software, you can design common steel shapes with the following features: I-Shapes, HSS Shapes (RHS, SHS, CHS) and Channels Ultimate Limit State and Serviceability checks based

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Anchor Bolts - Combined Shear and Tension Allowable Stress: (8.1.3.3.3) 1 v v a a B b B b Strength: (9.1.6.3.3) 1 vn vf an af B b B b Structural Details 15 Anchor Bolts: Shear Example Given: 1/2 in. bolt (fy=36ksi) embedded 6 inch in top center of 8 in. CMU wall; threads excluded from shear plane; Type S mortar.

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Dec 08, 2011 · Shear Forces occurs when two parallel forces act out of alignment with each other. For example, in a large boiler made from sections of sheet metal plate riveted together, there is an equal and opposite force exerted on the rivets, owing to the expansion and contraction of the plates. If tension and shear loads act on the anchor channel system, the combined tension and shear interaction for each failure mode must be satisfied. Reference AC232 Part D.7.4, Section 17.6.4 (ACI 318-14) for specific interaction equations, which can be summarized as follows: Usually, the shear connection is provided by traditional stud bolts, welded to the top chord of the steel trussed beams. In the present study, the interaction between steel and concrete materials is provided by an innovative shear connector, named "Thin-Walled Perfobond (TWP)" and presented by Leal & Batista (2017) , which is attached to the ...

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in a TENSION stress (we’ve called positive) Transverse Loading in Beams We are aware that transverse beam loadings result in internal shear and bending moments. We designed sections based on bending stresses, since this stress dominates beam behavior. There can be shear stresses horizontally within a beam member. The Connection Between Nut Torque and Bolt Tension (Why threads strip and bolts break) When a bolt and nut is tightened to draw the bolt head and nut together it stretches the shank, deforms the threads and loads the object trapped between the bolt head and nut. The bolt shank acts like a spring being pulled apart and it tries to return to its ...

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When the joint is subsequently loaded in shear, tension or combined shear and tension, the bolts will undergo significant deformations prior to failure that have the effect of overriding the small axial elongation that was introduced during installation, thereby removing the pretension.

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Check combined shear and tension; EN 1993‐1‐1:2005 Combined shear and tension; Fh/Ps + Ft/Pt ≤ 1.4 where; Ps = shear strenght of bolt = 2931.70 N/mm2 Pt = Tensile capacity of bolt = 2931.71 kN Ft = Tensile Force force to be resisted = 774.90 kN Fh= shear force to be resisted= 51.30 kN Fh/Ps + Ft/Pt ≤ 1.4 0.28 OK Nov 24, 2018 · It gives the specifications of the different types of bolts and accessories, the geometrical properties for bolted assemblies and the installation of bolts. It then introduces the main categories of bolted connections, whether bearing or slip resistant at SLS or ULS when subjected to shear forces and non-preloaded or preloaded when subjected to ...

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Jun 17, 2013 · Structural Timber Design to Eurocode 5 by ... 4.5.5 Combined shear and torsion 133 4.6 Design for Serviceability Limit States (SLS) 133 4.6.1 Deformation 134 4.6.2 ...

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The analytical calculation of principal stress and maximum shear stress involves the superposition of normal and shear stress to determine the total stress acting at a critical point. Thus, normal stresses are computed from P/A for simple tension and Mc/I for bending. Shear stresses are computed from Tr/J for torsion and VQ/It for direct shear. For A slip resistant connection is less strong compared to a shear resistance bolted connection with the same size, material, and total number of activated bolts. However, when a slip resistance bolted connection fails on friction and starts slipping it will eventually start transferring the load via the bolts through shear. Eurocode 3

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kN/bolt. The working load pull-out force on the upper bolts becomes 1.453 kN x 1.5 = 2.18 kN/bolt. The nominal tension capacity of M10 (8.8 grade) bolts is greater than these design forces. The allowable load is therefore determined by the pull-out resistance of the drilled resin anchor bolts or similar, and also by the strength of • σc = / N A is the stress due to the compressive load N I Mh b /2 • σ = is the maximum compressive stress due to the moment M. Class 3 cross-sections will be satisfactory if the maximum longitudinal stress σx.Ed satisfies the criterion: Eurocode 3 σ.x Ed ≤fyd; = f f /γyd y M 0 5.4.8.2 (5.31) or eq. 6.42 Steel Member Design software for Eurocode 3 (EN 1993-1-1:2005) Among the many design standard SkyCiv offers, is Eurocode 3 (or EN 3) - Design of steel structures. With this software, you can design common steel shapes with the following features: I-Shapes, HSS Shapes (RHS, SHS, CHS) and Channels Ultimate Limit State and Serviceability checks based

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The stiffness of all anchors is equal and corresponds to the modulus of elasticity of the steel. The modulus of elasticity of the concrete may be taken from EN 1992-1-1:2004 (EN 1992-1-1:2004: Eurocode 2, Design of Concrete Structures – Part 1-1: General Rules and Rules for Building).

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(2) Consider the two layers combined with Eu = 80 MPa.Given: Consider the double shear bolted connection at right. The upper and lower plates have thickness of a = 10 mm. The middle plate has thickness b = 15 mm. The bolt has diameter d = 10 mm. The system is subjected to a load of P = 5.0 kN as shown at right. Req'd: (a) The Maximum Average Bearing Stress in the bolt. The shear stress, acting in this cut face is evenly distributed across the width of the face and acts parallel to the cut face. The average value of the shear stress, is simply the shear force at this point in the structure divided by the cross-sectional area over which it acts, (4)

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those parts of such anchor bolts which are exposed, i.e., not embedded in concrete footings. He studied the anchor bolts which are often subjected to combined stresses which are caused by tension, shear and in addition bending moments. Special attention is paid to the influence of the thread and other factors on the deformation capacity. The shear stress, acting in this cut face is evenly distributed across the width of the face and acts parallel to the cut face. The average value of the shear stress, is simply the shear force at this point in the structure divided by the cross-sectional area over which it acts, (4)

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Plug shear failure is limiting for large nailed connec-tions loaded in tension parallel to the grain. To avoid plug shear failure, short and wide joints are Eurocode 5 provides those equations to calculate single and double-shear joints with nails, screws, dowels or bolts based on the joint geometry and...in the testing frame and subjected to a static tension loading, a static shear loading, or a combined shear and tension loading. For each loading type, the load and deformation was measured until failure using the procedures described in ASTM Standard Test Method Strength of Anchors in Concrete and Masonry – E 488.

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convention is (a) tension axial force, (b) shear forces that produce clockwise moments and (c) bending moments that result in tension stresses in the interior frame fibers. The sign convention of F.1(b) can be seen to be equivalent to the beam sign convention rotating columns AB and CD to line up with beam BC.

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• This value would be compared to shear stress allowable for the shaft material. Example Problem 4-3: Combined Torsion and Shear (cont’d) 16 Normal and Shear Stresses • Mohr’s Circle • σ= equivalent combined normal stress • S = normal stress from bending or axial loads •S S = shear or torsional stress 2 1/2 2 S 2 S S 2 S σ ... • The material the bolt bears againstis also subject to yielding or fracture if it is undersized for the load (above right) • Tension connections act similarly to bearing connections 15 Many times, connections in direct tension are reconfigured so that the bolts act in shear (AISC) BMA Engineering, Inc. – 6000 Bearing Joints Hibbeler 9th 1.35: Finding normal stress in section; Hibbeler 9th 1.41: Finding normal stress in truss members; Average Shear Stress. Hibbeler 9th 1.53: Finding average shear stress in bolts. Hibbeler 9th 1.44: Finding average shear stress in pins; Factor of Safety. Hibbeler 9th 1.22: Designing a bolt in double shear for specified factor of safety

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mode appear to be one of combined shear and tension stress on the stud at the tension stressed region of the weld. In our analysis, this higher bending deformation combined with shear deformation reduces the headed stud capacity to a value lower than 1.0AsFut. 2.4 Connection plate thickness Bolt Subjected to Combined Shear and Tension − A bolt required to resist both design shear force (Vsd) and design tensile force (Tnd) at the same time shall Bolts in a connection for which slip in the serviceability limit state shall be limited, which are subjected to a tension force, T, and shear force, V...3.5 Positioning of holes for bolts and rivets 20 3.6 Design resistance of individual fasteners 21 3.6.1 Bolts and rivets 21 3.6.2 Injection bolts 25 3.7 Group of fasteners 26 3.8 Long joints 26 3.9 Slip-resistant connections using 8.8 or 10.9 bolts 27 3.9.1 Design Slip resistance 27 3.9.2 Combined tension and shear 28 3.9.3 Hybrid connections 28

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maximum compressive stress, and maximum shear stress in the shaft. Solution The stresses in the rotor shaft are produced by the combined action of the axial force P and the torque Τ. Therefore the stresses at any point on the surface of the shaft consist of a tensile stress σ o and a shear stress τ o. MPa m kN A P 63.66 0.05 4 125 2 = = = π ...

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The tension in the third rope is obvious - it's simply tension resulting from the gravitational force, or m Divide that by the combined mass of both objects. When you're done, remember to write your "The article clearly, and step-by-step, explains all the forces involved in linear motion combined with...Truss calculator where Structural Steel Design includes: Plastic Design, Elastic Design and Eurocode 3. Each cross-section is tested for: • Plastic Tension or Compression • Bending moment (major and minor axis) • Plastic Shear resistance • Torsion (Saint Venant and Warping torsion) 3.5 Positioning of holes for bolts and rivets 20 3.6 Design resistance of individual fasteners 21 3.6.1 Bolts and rivets 21 3.6.2 Injection bolts 25 3.7 Group of fasteners 26 3.8 Long joints 26 3.9 Slip-resistant connections using 8.8 or 10.9 bolts 27 3.9.1 Design Slip resistance 27 3.9.2 Combined tension and shear 28 3.9.3 Hybrid connections 28

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Tension Shear Interaction Tension Shear Interaction ratio = 0.75: OK Seismic Design ACI 318-14: Tension: Applicable OK: 17.2.3.4 Seismic SDC>=C and E>0.2U , Option D is selected to satisfy additional seismic requirements as per 17.2.3.4.3 Eurocode 2 introduces the strut inclination method for shear capacity checks. In this method the shear is resisted by concrete struts acting in compression and shear reinforcement acting in tension. The angle of the concrete strut varies, depending on the shear force applied (see Figure below).

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yield stress of 245 MPa). The size of fillet welds was 6.3 mm. All structural bolts (Gr. A325 specified in the ASTM F3125 [14]) had a diameter of 19 mm. The dimensions of the short-slot holes (21 mm in width and 25 mm in length) drilled on the shear tabs conform to the AISC 360 specification [1]. Examples of the connections and mounted ... For the worst combination the limiting condition is "column web in tension". I have tried to check the paragraph of TENSILE RESISTANCE OF A COLUMN WEB but it is impossible to me to know the geometrical parameters used by Robot to calculate the b eff = Effective width of the web for tension, as the reference formula from EN 1993-1-8, 6.2.6.3(2 ...

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