iBeams Pro vs iConcrete Usage & Stats

Unlike traditional design tools where you have to define nodes and elements to model your structure, iBeams Pro let's you work like you normally do. You sketch out your beam and loads like you would on a design pad, and instantly view shear, moment, deflection and reactions diagrams. It is very easy to modify and view variations, and you can rapidly analyze several beams in a matter of minutes rather than hours, allowing you to finish your designs more rapidly than ever before. The file format is compatible with iBeams Pro for macOS. Features include: • Beam diagrams with multiple loads and supports, and the corresponding shear, moment, deflection, and reaction diagrams • User editable properties • Imperial and S.I. (metric) units • Editable material and section properties (ships with AISC, BS5950, CISC, and AS/NZS databases) • Multiple supports • Multiple loads • Joints and Moment Releases • Annotations • synchronize preferences and property settings between macOS and iOS versions of this application • support for storing documents on Cloud shares

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iConcrete

iConcrete: Design of Reinforced Concrete Beams. For all structural engineers and reinforced concrete designers: This engineering application for the iPhone or the iPod Touch calculates the dimensions and area steel reinforcement for rectangular and Tee beams (T-Beams) of reinforced concrete members. That includes single and double reinforced beams. The program calculates the strength of singly reinforced and doubly reinforced T and Rectangular concrete beams. It calculates positive moment, negative moment and shear. Based on given positive and negative moments the program calculates the balanced depth and balanced area of steel reinforcement. It also calculates the weight of concrete and steel and the total weight of the section. The program is based on ACI 318. Other codes will be added in future revisions. The balanced section and reinforcement and the strength is calculated in two methods: Working Stress Design (WSD) and Ultimate Strength Design (USD) which is also called Limit State Design (LSD) or Strength Design Method (SDM). The input is beam width, beam depth, areas of tension reinforcement and compression reinforcement, steel yield strength, concrete ultimate strength, size and spacing of sterrups, and for the T-Beam, width and depth of flange slab. to find the balanced section dimensions, you need to input the positive and negative moments and to find the strength you need to input the depth and areas of steel. The modular ratio (N) for working stress design can be input or calculated. The input can be in mm or inch units, the output is in mm or inch units. The weight can be displayed in kg/m or Lb/ft and the moments and shears are in kN, Lb, kN.m and Lb.ft. The input data can also be converted between the two unit systems. See also iSection in the App Store. Keywords: Reinforced Concrete, خرسانة مسلحة, Béton Armé, คอนกรีตเสริมเหล็ก, 钢筋混凝土, Beton Arme, Stahlbeton, Cemento Armato, חיזק בטון, Железобетонных конструкций, Tăng cường bê tông, 鉄筋コンクリート, Hormigón Armado, Armerad betong.