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RULES FROM European Mechanical Handling Confederation.

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Q: What are the FEM rules for the design of hoisting appliances?
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How do you say concrete in French?

- Concrete (adjective) (particular, perceivable, real, tangible; not abstract) is "concret" (masc.) or "concrète" (fem.) or "tangible" in French EX: There is no concrete evidence to support that, so it is only a supposition > Il n'y a pas d'élément concret à l'appui, donc ce n'est qu'une supposition. - Concrete (noun) (building material) : du béton (masc.)


In a cantilever beam point load is applied on free end where failure will occur?

The maximum tensile stress will occur at the fixed end on the side the load is applied to. An equal compressive stress will occur on the opposite side. Shear stress is typically neglected because it is relatively small compared to the stresses due to the bending moment. Stress S is found using:S = M*c/Iwhere M is the moment at the point in question (maximum at the fixed end), I is the moment of inertia of the beam/tube, and c is the distance from the centroid/centerline to the point in question. Again the maximum stress occurs farthest from the load and farthest from the centerline/centroid (I don't recall which one is used, but they're the same if the beam/tube is symmetrical).Moment is simple,M = P * Lwhere P is the load perpendicular to the beam in units of force, and L is the length from the load to the point in question or fixed end.c is also simple, for a 1"x1" box tube c equal 1" divided by 2. So c = 0.5".The moment of inertia I will depend on the shape of the tube or beam and can be easily calculated using the appropriate formula from a table.


What is the sylibus in aerospace engineering?

B.Tech.-Aerospace Engg. B.Tech.-Aerospace Engg.Semester 1 * Applied Mathematics - I * Applied Physics - I - Fields & Waves * Applied Chemistry - I * Elements of Mechanical Engineering * Introduction to Computers * Electrical Science * Applied Physics Lab - I * Applied Chemistry Lab - I * Programming in C Lab * Electrical Science Lab * Engineering Graphics Lab * English * Behavioural Science - I * Foreign Language - IFrenchGermanSpanishJapaneseChinese Note: The students will study English from Ist semester but final evaluation will be done at the end of IInd semester. However continuous evaluation will start from the Ist Semester. Semester 2 * Applied Mathematics - II * Applied Physics - II - Modern Physics * Applied Chemistry - II * Object Oriented Programming using C++ * Engineering Mechanics * Applied Life Sciences * Applied Physics Lab - II * Applied Chemistry Lab - II * Object Oriented Programming using C++ Lab * Engineering Mechanics & Elements of Mechanical Engineering Lab * English * Behavioural Science - II * Foreign Language - IIFrenchGermanSpanishJapaneseChinese TERM PAPER - 6 - 8 WEEKS Semester 3 * Elements of Aerospace Engineering * Numerical Analysis & Programming * Electronics * Thermodynamics * Mechanics of Solids * Mechanics of Fluids * Elements of Aerospace Engineering Lab * Programming Lab - I (Numerical Analysis) * Electronics Lab * Mechanics of Solids/ Mechanics of Fluids Lab * Mechanical Engineering Drawing Lab * Communication Skills - I * Behavioural Science - III * Foreign Language - IIIFrenchGermanSpanishJapaneseChinese * Term Paper (Evaluation) Semester 4 * Aerodynamics - I * Propulsion Systems - I * Aircraft Structures - I * Manufacturing Machines * Electrical Machines * Metrology * Aerodynamics Lab - I * Propulsion Systems Lab - I * Electrical Machines Lab * Machine Shop Lab * Metrology Lab * Communication Skills - II * Behavioural Sciences - IV * Foreign Language - IVFrenchGermanSpanishJapaneseChinese PRACTICAL TRAINING - I(An in-house Training Programme of 6 weeks is to be conducted during the Summer-break after the IV semester. This carries three credits, which will be accounted for in the V Semester) Semester 5 * Propulsion System - II * Aerodynamics - II * Aircraft Structures - II * Measurements & Controls * Materials Science & Metallurgy * Jet Propulsion Lab * High Speed Aerodynamics Lab * Measurement & Controls Lab * Programming Lab - III (MAT Lab) * Communication Skills - III * Behavioural Sciences - V * Foreign Language - VFrenchGermanSpanishJapaneseChinese* Practical Training - I (Evaluation) Semester 6 * Aircraft Design * Aircraft Stability and Control * Aircraft Materials and Processes * Airplane Performance * Select any one:Industrial ManagementORManagement of Manufacturing Systems * Airplane Structures Lab - II * Aero Model Design & Fabrication Lab * Programming Lab - IV (Advanced-Auto CAD) * Communication Skills - IV * Behavioural Sciences - VI * Foreign Language - VIFrenchGermanSpanishJapaneseChinese * Minor Project PRACTICAL TRAINING - II(Training Programme of 6 weeks is to be conducted during Summer-break after VI Semester. This carries six credits, which will be accounted for in the VII Semester) Semester 7* Operations Research * Flight Dynamics * Aircraft Maintenance * Operations Research (Programming) Lab * Computational Structural Analysis (FEM) Lab * CFD Lab * Programming Lab - V * Communication Skills - V * Behavioural Sciences - VII * Foreign Language - VIIFrenchGermanSpanishJapaneseChinese * Practical Training - II (Evaluation) * Electives (Any two of the following) ** Airplane Structural Analysis ** Boundary Layer Theory ** Composite Materials ** Computational Aerodynamics ** Marketing Management ** Principles of Helicopter EngineeringSemester 8 * Theory of Vibrations * Quality Control & Quality Assurance * Experiments in Vibrations Lab * Seminars & Colloquiums * Communication Skills - VI * Behavioural Sciences - VIII * Foreign Language - VIIIFrenchGermanSpanishJapaneseChinese * Major Project * Electives (Any two of the following) ** Introduction to Automatic Flight Control ** Rockets and Missiles ** Aeroelasticity ** Optimization Techniques ** Manufacturing Information Systems ** Personnel Management ** Financial Management ** Value Engineering soure: Amity university NOIDA website