# Rivet Shear Strength Calculation

Closed-end rivets are ideal for electric or electronic assembly applications. bearing failures at the strength limit state. Pure aluminum is mixed with other elements to create high-strength alloys. Since rivets are arranged in a periodic manner, the strength of joint is usually calculated considering one pitch length of the plate. In particular, the shear strength of a rivet measures the amount of force that can be applied transversally (i. Created Date: 6/10/2002 2:54:13 PM. It can be made stronger than mild steel. MEGA GRIP rivets are hole-filling, resulting in tighter joints and improved sealing for weather resistance. 75 Table J3. Tearing of the Plate Across a Row of Rivet:. The total shear strength of all pins in a joint should not exceed your designed ejection force. Meaning there is a small "tang" on the underside of the top flange of the rivet nut and requires that a notch be filed out on the edge of the drilled hole in steel. The lightweight Hi-Lok ® collar further contributes to weight-saving when compared to conventional nut and bolt systems of equal strength characteristics. Stainless rivets offer both corrosion resistance as well as the highest shear and tensile values. Let d = Diameter of the rivet hole, τ = Safe permissible shear stress for the rivet material, and. In a bolted shear connection, the bolts are subjected to shear and the connected plates are subjected to bearing stresses. Sometimes, these bolts can be direct replacements for the Hi-Lok® and lockbolt. 8 Strength of Riveted Connections–Rivets in Shear and Bearing. Huck Bom rivets are an industrial strength rivet with excellent closing capacity and resistant to tampering. pdf), Text File (. When an MS20470D rivet is installed, its full shear strength is obtained only after a period of age hardening. 56A Shear Strength. The value of α to be used shall be verified by preliminary pile load test. 4 TYPES OF RIVETED JOINTS Riveted Joints The classification of riveted joints is based on following : (a) According to purpose, (b) According to position of plates connected, and (c) According to arrangement of rivets. 58 kN ii ) To calculate design of shear strength of bolt :-. A set structural blind rivet as shown below in the drawing and also described in IFI-119. 6 m wide and 3 mm thick. In a bolted shear connection, the bolts are subjected to shear and the connected plates are subjected to bearing stresses. 1 Strength in Shear Parallel to Grain (Horizontal Shear) C3. This project was the National Cooperative Highway Research Program (NCHRP) Project 12-84, Guidelines for the Load and Resistance Factor Design and Rating of Riveted, Bolted, and Welded Gusset-Plate Connections for Steel Bridges. With a factor of safety of 5, the working stress was 8. ) d = Diameter (mm, in. The stress developed in a body is said to be simple tension, simple compression and simple shear when the stress induced in the body is (a) single and (b) uniform. A batch of rivets is tested for shear strength. Flabel recommends 2/3 of the ultimate shear allowable for protruding head rivets, which seems a little daring. The secret to aluminum’s strength comes down to chemistry. torque -tension correlation. Shear properties were determined on 1/8-in. Our inventory includes a large selection of semi tubular rivets, solid rivets, brake rivets, shoulder rivets, self-piercing rivets, countersunk head rivets and custom rivets. Dome head is the only head style for stainless steel rivets. Typical ultimate shear and tensile values of Klik-Fast rivets are listed by rivet body diameter and alloy. Two failure modes were identified for riveted joints in Glare: pull-through failure in the sheets and shear failure of the rivet. Please consider supporting this site by Clicking Here and Bookmarking whenever you search and shop Amazon. together with the corrected undrained shear strength from the van e shear test. Bulbed CherryLOCK® Rivets Single Shear Tensile 1/8" 5/32" 3/16" 1/8" 5/32" 3/16" Aluminum CR2235 CR2238 CR2239 CR2245 CR2248 CR2249 619 935 1260 345 530 710 Monel CR2538 CR2539 CR2540 CR2545. Calculate also the joint efficiency. boltcouncil. The Avdel Monobolt ® multi-grip structural rivet is a high strength structural blind rivet with a locked stem and a positive hole fill for use in heavy duty applications. ): Tear strength = F/t. FASTENER IDENTIFICATION AND TORQUE DATA 1. Shear strengths generally are 60% of the specified minimum tensile strength. 0 4066 7709 10440 M8 x 1. The shear key is easily and inexpensively replaced,. Test method per NASM1312 -8 and -20. 3 Ps = n π /4 d2 Tmax for single shear, Ps = 2 x n π /4 d2 Tmax - theoretically in double shear and Ps = 1. The shear strength of this rivet is 450 lbs and the tensile strength is 600 lbs. --Rivet Material Identification. Aluminum weighs about one-third as much as mild steel. 1) For same diameter of rivets if thickness of plates to be joined increased tensile strength of joint. Note: Number of rivets under crushing is equal to the number of rivets under shear. The values are the averages of several tests. 4) The load that would cause failure in single shear would have to be doubled to cause failure in double shear. Made from 18-8 stainless steel these 5/32-inch diameter blind rivets have a low profile head for a neat appearance and can be installed in material 0. Determine the maximum shear stress in the strut if it is subjected to a shear force of V = 20 kN. In recent years there has been a progressive move from riveted joints to welded, bonded and. Otherwise non-keyed rivet nuts can rotate with bolt captured in it making removal a lengthy ordeal. They can be found in everything from clothing to architecture. Wood trusses enhance wood's environmental. glue is an option, but most likely will AD rivet the top skin (that which is in compression where buckling is an issue ) and continue on with the bottom with commercial blind rivets, (that which is in tension and the fasteners are in pure shear). Usually, the shear strength of a material is either equal to or less than its tensile or compressive strength. • Shear stress distribution varies from zero at the member surfaces to maximum values that may be much larger than the average value. Body diameter: 1/8 inch. double shear. the force applied equals X so 3No. Our capabilities include single shear testing, double shear testing and fastener shear testing. Rivets not only offer a higher load capacity, but can also be applied easily. Rubin, available from the Library of Congress. Pin retention characteristics are excellent in these rivets. SAE bolt torque and strength specification. h = Leg of the weld. It includes a summary of ASTM Specifications applicable to anchor bolt usage. Calculate the shear stress on the steel rivets when a load of 15000 lb-f is applied. The Q Rivet features an interference lock, improving strength. the rivets and plates are made of steel. 10- studies of the behavior of high-strength bolts and bolted joints. for close tolerance bolts of titanium alloy. 1 The intent of this method is to provide a means of measuring the ultimate shear strength of aluminum-alloy wrought and cast products. Elgin Fastener Group, LLC is comprised of an extensive network of domestic specialty fastener manufacturers and metal finishers which include: Vegas Fastener Manufacturing, Ohio Rod Products, Leland Powell Fasteners, Chandler Products, Quality Bolt & Screw, Silo Fasteners, Landreth Fastener, Northern Wire, LLC, Telefast Industries, Inc. t =90MPa , s. 040 inch multiplied by 3 equals 0. Bearing strength is a term used to describe the maximum amount of weight or pressure or some other variable that a structure can hold before collapsing. Dimensions are provided in inches. double shear. Rivets for All Applications. Calculate the difference between the two points = 440 30t - 260 30' = 180 Provide strength and. Given: Consider the double shear bolted connection at right. Calculate the force required. These rivets can be alloy and higher strength too. 75 times than in single shear in order to allow for possible eccentricity of load and defective workmanship. All About Aluminum Solid Rivets A rivet is a type of fastener that is permanent, and it consists of a cylinder shaft with a head. In recent years there has been a progressive move from riveted joints to welded, bonded and. Calculate rivet diameter, rivet pitch and distance between rows of rivets for the joint. The shear force P in the shear plane is equal to tension force F. Statics and Mechanics of Materials Internal force, normal and shearing through connections that use rivets, bolts, pins, Single shear Double shear. Use this table to choose the best rivet for your application. Some of the assumptions of bolted joint strength calculation are transferable to rivet joint calculation. , incorporated in 1988, specializes in supplying rivets, sex bolts, screws, binding posts, threaded nuts, rivet nuts, and blind rivets. Data obtained by this method are used to calculate minimum properties that can be utilized in the design of structural members such as found in aircraft. For example, a material thickness of 0. To the maximum extent possible, the Guide was written in a generic style, but, inevitably, at many locations. ¾Stiffness: Sandwich structures are frequently used to maximize stiffness at very low weights. Rivets have different shaped heads, including domed, flat, or countersunk. Why Can't I Find Shear Strength Data for Common Plastics? What's the deal? I'm having a hard time finding even unprofessional online sources for the expected shear strength of common plastics like ABS and Acrylic. Shear Testing. Another name for fastener is anchor bolt. What's not to be considered when determining minimum rivet spacing?. static load. , a 79% increase over 3/32 dimpled rivets. The joints are completely watertight. The larger the diameter, the higher the shear and tensile strength, which is due to the thickness and material of the rivet body. 3 mm The ultimate shear stress is 60 N/mm 50. Estimate of the mean shear strength for the batch at 95. Ordinary rivets are ductile enough to permit an equal distribution of the load among each rivet when the load has reached its ultimate va. Testing of blind rivets. This steel rivet has a peeling body ideal for use in wood and providing high resistance to pull out loads and mandrel head retention. It also has a weatherproof feature thanks to the splined stem design which plugs the entire length of the shell. 625" Structural Rivets Protruding Head Steel Zinc: Structural rivets have greater tensile and shear strength than standard blind rivets. Consequently, the hot-driving process improves the shear strength of steel riveted connections. Structural Screws vs. *Cone-head rivets are not included in AN Standards in sizes under 1/2 in. The Avdel ® Q Rivet structural breakstem fastener has a high shear and tensile strength. pdf), Text File (. Shear strength test of two MD43BS monel pop rivets in 1/16" 4130 steel. Keep in mind that braze joints are primarily lap type joints, so strength is a combination of tensile and shear. The diameter of the rivets is 22 mm. 5 792 1503 2037 M4 x 0. "AD" rivets are fabricated from 2117 aluminum and heat treated to the T4 condition. Need and scope. As will be seen in the next section, a more convenient, or maybe more appropriate, way of expressing the shear limit states is:. By combining the torque-angle curves with a few simple calculations and a basic understanding of the engineering mechanics of threaded fasteners, you can obtain the practical information needed to evaluate the characteristics of individual fastener tightening processes. Blind bolts have a higher strength than blind rivets and are used for joints that require high strength. requirement the nut's shear strength should be equal to the bolts shear strength (same material). High tightness. It costs you nothing but it supports us and gives us credit and we appre. torque -tension correlation. 4 TYPES OF RIVETED JOINTS Riveted Joints The classification of riveted joints is based on following : (a) According to purpose, (b) According to position of plates connected, and (c) According to arrangement of rivets. single shear , DIN29733-3 DIN 29734-4 :1984 Aerospace; rivet calculation values. Closed-end rivets are ideal for electric or electronic assembly applications. It also has a weatherproof feature and is available in stainless steel for high corrosion resistance. 6 times 40, which is 24 kgf/mm2 (235 Mpa). Anyone in the mechanical sciences is likely familiar with Mohr‘s circle — a useful graphical technique for finding principal stresses and strains in materials. Structural rivets differ from nonstructural rivets in that part of the mandrel is retained inside the rivet body after break-off. Tensile Strength Yield Strength (0. 1) For same diameter of rivets if thickness of plates to be joined increased tensile strength of joint. When considering the strength of riveted joints similar calculations are used as for bolted joints. Much of the material published in these specifications has been. general 8 3. Required diameter of hole = 20 mm Thickne: ss of plate = 25 mm Shear strength of plate = 350 MN/m. Shear Strength - Slicing across. The shear strength of all bolts = shear strength of one bolt * number of bolts The bearing strength of the connected plates can be calculated using equations given by AISC specifications. 040 inch multiplied by 3 equals 0. Re: Rivets in Mast Cleat Question My preference has been to use pop-rivets to secure important hardware to our aluminum mast and boom. The values provided by this calculator are for estimation purposes only. BULBED CHERRYLOCK® RIVET RIVET SELECTION STRENGTH Minimum ultimate rivet shear and tensile strength (lbs. the rivets and plates are made of steel. thickness, by means of 16mm diameter rivets having a pitch of 48mm. 6% aluminium. 6 and high strength steel bolts such as grades 8. 3 Fillet welds 2. Beam design spreadsheet is a complete solution to hours of calculation of beam design. What's not to be considered when determining minimum rivet spacing?. Observe in the figure that the regions where the clips are bonded to the shear webs are essentially double lap joints. 1483 ANSI Small Solid Rivets 1484 Rivet Lengths for Forming Heads 1485 British Standard Rivets 1485 Rivets for General Engineering 1485 Additional ANSI Rivet Tables 1485 Flat and Oval Head Countersunk 1486 Button, Cone, and Pan Head 1487 Swell Neck Rivets 1487 Dimensions for Dolly Bars 1488 Truss Head and Coopers Rivets 1489 Tinners and Belt Rivets. Calculate the shear stress on the steel rivets when a load of 15000 lb-f is applied. Performing at Minskoff Theatre. We conduct salt spray analysis, shear and tensile testing, and of course, dimensional verification. n = (4 bolts)(2 shear planes)(30. To be used with simple, fast and lightweight tools. The shear plate transfers a greater load from the wooden beam, through the bolt, and into the steel connection. maneuvers, shear stresses are introduced into the shear webs through the bonded angle clips. These are shown below. As one of the austenitic alloys it maintains good strength and oxidation resistance at temperatures up to 1300ºF. In some shear joints, the joint strength depends solely on the shear strength of the bolts. Typical ultimate shear and tensile values of Klik-Fast rivets are listed by rivet body diameter and alloy. Stainless rivets offer both corrosion resistance as well as the highest shear and tensile values. "A" rivets are "soft". Assume the applied load is uniformly distributed among the four rivets. Hence, it is expedient to have more insight on the fracture mechanism of various joints during tensile tests. Made for heavy duty applications, wedge anchors offer greater shear strength than other expansion anchors. This best-selling textbook addresses the fundamentals of structural steel design for students pursuing careers in engineering and construction. Homework Equations 3. single shear , DIN29733-3 DIN 29734-4 :1984 Aerospace; rivet calculation values. Shear stress in fillet weld of length L subjected to load P = fv = 0. Forms of destruction of composite compounds. If the rivet holds two parts, it is under single shear; if it holds three sheets or parts, it is under double shear. =330 MPa Assume the diameter of hole =25mm. Aluminum fasteners are strong enough to be used in high-speed, automatic production lines. 9 shall apply for determining the resistance of bolts to prevent bolt shear and plate bearing failures. More engaged threads mean more shear stress area to take the load. Formation of the rivet sleeve’s “bulbed” blind head is complete. Occasionally rivets also undergo performance testing for other critical features, such as pushout force, break load and salt spray resistance. Plates, straps and rivets are made of ductile steel with known yield strengths. Guide to Shear Strength of Semi-Tubular Rivets. Gel strength is the shear stress of drilling mud that is measured at low shear rate after the drilling mud is static for a certain period of time. Rivet Strengths: It is important to determine shear and tensile strengths required for your application and then select the rivet to best meet that requirement. In its most basic form, chromium is added to ordinary steel in order to become corrosion resistant. When two plates are to be fastened together by a rivet as shown in Fig. The locking feature seals the mandrel head into the body preventing head drop out keeping the application free from contamination. The shear and tensile strength of the rivet selected and the number of rivets used in the application should equal or exceed the joint strength requirements. UNDERHEAD FILLET An underhead fillet is the fillet at the junction of the head and shank of a headed fastener. Created Date: 6/10/2002 2:54:13 PM. Second, relevant planes through the gusset must be checked for shear yielding and shear fracture. The bolt connecting the two is subjected to a shear force across the plane that separates the two plates. Structural screws and lag screws are two commonly used screw types in the construction field. ) per NAS 1740. 4) The load that would cause failure in single shear would have to be doubled to cause failure in double shear. Shear Stress Average = Applied Force / Area or Shear Stress ave. The AREA specifications for steel railway bridges allowed 13. Rivets for All Applications. It is believed that high strength A325 bolts permit a fairly equal distribution of the load among each bolt when the load has reached its ultimate value. The rivet material is another concern. The total area is 5 x 50. 2 MPa with a standard deviation of 17 MPa. The load applied to a fastener along its length. Closed-end rivets are ideal for electric or electronic assembly applications. 13- calibration tests of a490 high-strength bolts. What Is A Blind Rivet? Blind rivets, also commonly referred to as POP Rivets, are mainly used in applications where there is no access to the rear (blind side) of the joint. Typical ultimate shear and tensile values of Klik-Fast rivets are listed by rivet body diameter and alloy. If my calculations are correct the shear strength of an 1/8" AN470 or AN426 rivet is 319 lbs compared to the 350 lbs shear strength of the Cherry Q rivet. rivets equalled the shear strength of the angle section that they were connecting) rather than attempting to vary the capacity to match the theoretical strength requirement, as in modern design (i. What's not to be considered when determining minimum rivet spacing?. Using the criteria of this section, a designer selects the spacing, a, of the stiffeners to develop the required shear strength in the beam. 6 9600 4004 16800. WELDS-STATIC AND FATIGUE STRENGTH-II Permissible stresses for butt welds are assumed same as for the parent metal with a thickness equal to the throat thickness. A loose rivet has nowhere near the shear strength of a tight one and I suspect that if you sand enough of the head off the rivet in question won't be as tight as it was. A #2 shear pin shears at 25lbs, and a #4 shear pin shears at 40lbs. Typical ultimate shear and tensile strengths are listed by diameter and alloy on pages 5 through 16 of this catalog. How to Calculate Shear Rate | Sciencing. If used correctly, the pins keep the parts together in flight and then shear when the ejection charges go off. ) Compute the maximum thickness of a plate in which a 2. Let's suppose the member is 12" wide, which will allow a pitch of 3". 26mm 4 x 8 4 G The area to be sheared in each rivet is the circular area A 2 2 2 2 2 y S SELF ASSESSMENT EXERCISE No. Examples include lot-to-lot variation of the rivets (hardness and shear strength), interference coupon variation (material and processing), drilling lubrication repeatability, and machine upset repeatability. txt) or view presentation slides online. 25 per river for aluminum. Shear is 75 % of tensile strength of steels. Shear is the stress that resists the force tending to cause one layer of a material to slide over an adjacent layer. The bolt has diameter d = 10 mm. We are considering reinforcing the riveted shear connec tions in two ways: a. From standard solid rivets and blind rivets to more specialized varieties like brake lining rivets and section rivets, we offer durable, high quality rivets in all shapes and sizes. This part of the Aluminum Construction Manual deals with speci fications for allowable stresses in structures. As joints become longer, the average nominal shear stress and the unbuttoning factor becomes smaller, since the fasteners are less successful in affecting a redistribution of the loado. Structural Engineering, Design Methods, Case Study Research, History of civil engineering, Iron and Steel (History), and 13 more Shear Strength, Bolts and rivets, Rivet Joints, Rivet Driving, Rivet Head, Brussels World's Fairs, Bearing Principle, Design Stress, Shear-type Fastener, Friction-type Fastener, Joining Typology, Riveted Connections. plate governs and not the combined ¾-in. Being a multigrip rivet, it offers the possibility to work in a big variety of grip ranges. flows, inter-rivet buckling. Shear strength of LockBolts vary according to the material strength and minimal diameter of the fastener. Calculate the difference between the two points = 440 30t - 260 30' = 180 Provide strength and. action causes the stem shear ring to upset the rivet sleeve and form the “bulbed” blind head. Forms of destruction of composite compounds. Common Aluminum Channel Sizes. 9 - high-strength structural bolts vs. High Strength Friction Grip BS EN 14399-9 specifies, together with BS EN 14399-1, the requirements for assemblies of high-strength structural bolts and nuts, with large width across flats, of system HR or HV, including the requirements for the general dimensions, tolerances, materials and performance for two grades, H8 and H10, of compressible washer-type direct tension indicators, nut face. Multi-grip range feature. Wood construction uses nails, bolts, shear plates, and split-ring connectors. *Cone-head rivets are not included in AN Standards in sizes under 1/2 in. 75 Table J3. "AD" rivets are fabricated from 2117 aluminum and heat treated to the T4 condition. Solution: 1 Strength Calculations: Nominal diameter of. --Self-plugging rivet (friction lock). Punch And Die Clearance. • Semi-permanent: For this type, the parts can be disconnected, but some damage usually occurs to the fastener, e. b) For shear capacities the gross area (ten sile area) of the bolt shall be used (see clause 6. ML and VL represent the moment and the shear due to the live loads. Monobolt blind rivets are trademark Avdel products, designed and developed for demanding applications where safety and performance is paramount to the customer demands. A loose rivet has nowhere near the shear strength of a tight one and I suspect that if you sand enough of the head off the rivet in question won't be as tight as it was. A blind rivet has strength properties that can be measured in terms of shear and tensile strength. These are functions of total joint strength, fastener spacing, rivet body material, and rivet diameter. 0 REQUIRED CRITERIA FOR PRELOADED BOLTS 3. 707 ×a ×Lw i. Rivets A company that manufactures rivets believes the shear strength (in pounds) is modeled by N(800, 50). Riveted joints are used for parts made of materials. Configuration of this Incoloy 925 Blind Rivet offers a superior level of corrosion resistance and strength. Shear properties were determined on 1/8-in. The collar (2024 aluminum or Monel) is swaged on to give a finished head that can be visually inspected for proper form. If you are going to perform this test, you should read the entire specification from ASTM. 9 ＊ Maximum. In recent years there has been a progressive move from riveted joints to welded, bonded and. Required diameter of hole = 20 mm Thickne: ss of plate = 25 mm Shear strength of plate = 350 MN/m. 1 Shear strength perpendicular to the grain, also referred to as cross-grain or vertical shear, refers to shear stresses in the radial-tangential plane tending to cut the wood fibers perpendicular to their long axis. The shear strength is the load that an object is able to withstand in a direction parallel to the face of the material, as opposed to perpendicular to the surface. The installation cost for bolted connections that are required to be slip-critical are considerably higher than for snug-tight connections and higher than pretensioned joints due to the treatment of the connected material's faying surfaces. Calculate the joint failure strength and failure mode, of an aluminium Lap joint fastened together with two 5mm diameter rivets. The longer the total grip length (the total thickness of sheets being joined), the more difficult it becomes to lock the rivet. Since rivets are arranged in a periodic manner, the strength of joint is usually calculated considering one pitch length of the plate. than for fastener shear. So our second Good. be/B6RJXVKF0D8 In the context of structural connection design — single shear is where two plates can slide slide next to each other, with holes. This is one reason why "structural" pulled rivets have such a small grip range, and their strength calculation does include the mandrel. That is why the calculator also calculates your bulkhead force. Visit us today for the widest range of Screw, Bolts & Fixings products. 9 ＊ Maximum. • Other tests such as blind head formation (usually in conjunction with break load test) and mandrel retention may be performed as required. The Pin has a shear strength of 95 ksi and a tension strength of 160 ksi. According to this approach, the shear stress is found as: 𝜏= 𝐹 𝑙 = 𝐹 𝑙 (ℎ 𝑐 45) = 1. of zigzag pattern. The respective shear strength would be 1,650, 1,050 or 700 pounds force per rivet. Calculating strength in shear is increased by two or. Find out the shear strength of the metal the rivet is made of, by looking it up on Table 2 on "Mechanical Properties of Metals" table. • shear yield strengths • shear strength of tubes • screw pull-over • screw slot pull-out strength • serviceability • evaluating existing structures • axial compressive strength of complex cross sections • fatigue strength of light pole bases • members subject to torsion • local buckling strength of welded elements. Download fascia Drawings. 6 Historical Notes on Rivets. Using these guidance factors the strength calculations are simplified Rivets calculations are generally completed to check for three failure modes: rivet shear, plate tensile failure, and rivet /plate bearing. Application Mild steel is widely using as a reinforcement material where as aluminium is used as fabrication of structural components and in rivets. The force transferred by a fastener then becomes a function of the number of shear planes in the connection. Naturally, our staff is always available to provide additional assistance. In recent years there has been a progressive move from riveted joints to welded, bonded and. How to Calculate Fastener Pullout. I just think they offer a better hold than screws into thin aluminum, and would be less likely to work loose. The gross and net shear stresses are shown in Diagrams a and b respectively. The cost is considerably different as stainless checks in at about $1. The results [21, 23] indicate that the value of this ratio (shear strength / tensile strength) is about 0. The Avdel Q Rivet structural breakstem fastener has a high shear and tensile strength. The strength comes from the mandrel being locked in place and completely filling the space along the shear plane from the primary through to the secondary side of. The resisting area is the shaded area along the perimeter and the shear force. Bolts should never experience a significant shear load unless the design engineer has specifically intended for them to be used bearing type connection. Let's suppose the member is 12" wide, which will allow a pitch of 3". 11- bolted bridge behavior during erection and service. ) per NAS 1740. When necessary, shear reinforcement may be used to reduced thickness pile cap. In Table J3. / Technical Product Information - Dimensions, Strength Data and Product Guides / Rivet Guide - Guide to Rivet Sizes and Materials Rivet Guide - Guide to Rivet Sizes and Materials. In order to cover all the changing values of unit-stress, and thus to avoid tedious work of calculation, we may do well to fix the unit stress for shear at about the lowest for ordinary rivet iron. Materials- Choose a rivet that is made of a metal with similar mechanical and physical properties as the materials being joined. 4 TYPES OF RIVETED JOINTS Riveted Joints The classification of riveted joints is based on following : (a) According to purpose, (b) According to position of plates connected, and (c) According to arrangement of rivets. PDF | The main principle used by the designers of riveting joints is a shear condition of rivet material. Rivet Sets for Hi-Shear Rivets; Rivet Sets for Huck Style Lockbolts. Second, relevant planes through the gusset must be checked for shear yielding and shear fracture. This can cause problems when there is an eccentricity between the loaded point and the support. The value of α to be used shall be verified by preliminary pile load test. The equations for shear capacity are, in part, a function of k v which is a factor that accounts for the presence of transverse stiffeners. Table of Contents for Structural shear joints : analyses, properties and design for repeat loading / George T. Their tensile strength is in excess of 28,000 psi. Then I'll find a rivet that has a shear strength close to the bearing strength of the sheetmetal thus making the strongest join. If allowable stress is 35 N/mm2, determine the size of the bolts on the basis of Maximum principal stress theory.