Finite element analysis - Import export

Mechanical & Structural Mechanical design is at the heart of what we do from initial concept to 3D models & Fabrication we work at all stages of the project cycle delivering cost effective, safe and reliable solutions across a wide range of back deck machinery and structures. Finite Element Analysis We have years of experience using FEA to optimise design, we perform analysis considering all load case scenarios mimicking real world circumstances. Sea Fastening Our experience in sea fastening design extends to worldwide transportation and construction vessels. We carry our transit and operational designs of ISO Shipping containers, Launch & Recovery System, Winch and Installation Reels, Temporary Deck Structures, Spools, bespoke loads. Lifting & Handling Heavy lifting has a pivotal role in industrial construction and plant maintenance projects across all sector of industries, we provide design and build solutions for:

With Finite Element Analysis we are able to see how a design withstands different loads. For instance, you can apply an internal pressure and then see exactly where the structure most likely will break down, immediately enabling you to see the under-dimensioned parts of the structure. Hereinafter you reinforce the structure, and run a new simulation, which will show whether the changes have the desired effect

Wide range to meet even the toughest demands includes a standard range for compact light duty and medium duty pulleys as well as engineered class pulleys for heavy duty applications Available in all sizes with masses up to 45 tonnes as drive, tail and bend pulleys Advanced design process incorporating Finite Element Analysis ensure the pulleys are designed to world’s best practice Dead-shaft, wing and deflection wheels for high angle conveying are also available

We bring your ideas to life KASAG has a high level of competence, with many years of experience in design and construction of plants, apparatuses, pressure vessels, pipes and welded structures. Our engineers can assist you with the following: Strength calculation according to the global regulations, such as PED (EN13445 / AD-2000), ASME (U-Stamp), China Stamp (A1), TP TC 032/2013 (EAC) FEM-calculations (Finite element analysis) and providing proof for overpressure and underpressure, load alteration, earthquake, joint flanges, nozzle loads Consultancy for interpreting and analyses of computation results, material choice, regulatory authorities Constructive, design based on Autocad 2D and Inventor 3D Comprehensive plants engineering, such as compilation of technical specifications, P&I schemes, risk analyses, pipeline/piping planning

Our designs are supported by Finite Element Analysis and mathematical design calculations. They are also done to international standards, such as ASME B31.1, B31.3, B31.4, B31.8, ASME B&PV Code Section I, Section III, Section VIII Division 1 and Division 2, PED, RCCM, EN 13480 and EN 10253. Other aspects such as corrosion tolerance, fatigue and piggability can also be assessed and analysed.

Engineering Technology Corp. offers a variety of product development services, such as composite part design, composite pressure vessel design, finite element analysis (FEA), feasibility studies, prototyping, testing, data acquisition, custom tooling design, and more.

From the initial concept to the completed 3D model and all the steps in between them, we are here to assist. We Use CFD tools such as Ansys Fluent and Siemens Star-ccm+ and FEA Tools such as Abaqus, LS-DYNA and MSC Nastran with combination of very experienced engineers to help our customers in: Project Definition and Technical Specifications Preliminary Design & Feasibility Studies Research & Development Analysis of Existing Machines Heat Transfer Simulations Rotor Dynamics Aerodynamic Design Re-design Services CFD Analysis Finite Element Structural Analysis (FEA) for stress and vibration analysis. Aeroacoustic and noise Modelling Aeroelastic Design & Analysis Design of Experiments and Automatic optimization methodology (e.g Simplex, Simulated annealing, Genetic algorithm and Tabu search)

Designed to boost your well economics, our gate valves meet API PR2 Annex F operational requirements and are built to withstand the harshest onshore production environments. Leveraging on more than 20 years of field experience with the standard Series100 valves, TechnipFMC’s M120plus gate valve design is developed over 4 years of extensive research and development. Detailed finite element analysis led to development of a lighter, more open valve body which enables better access to the seat pockets for easier, quicker assembly and maintenance. TechnipFMC individually qualifies each gate valve size using nitrogen gas even though API Spec 6A permits qualification by scaling one size above and one size below the tested valve. In addition, TechnipFMC imposes additional performance requirements and endurance testing to simulate 25 years of operation in the field. Also available in “adapted for actuator” configuration for M130Plus model.

15 - 5300 CFM / 195 to 9,100 m³/h The NASH Vectra was designed around a modular platform using the most advanced computer aided design techniques, such as 3D solid modeling and finite element analysis (FEA). The modular platform offers the advantage of two versions with numerous common parts. The Vectra GL model, available from 120 to 830 CFM (200 to 1,500 m³/hr), is ideal for general industrial applications. It comes standard with internal mechanical seals and many Nash patented innovations including gas scavenging. The Vectra XL model was designed to meet the stringent requirements of many CPI applications. Whether operating as a vacuum pump or compressor, it features a 30 PSI (2 bar) differential capability. It is available in ductile iron or 316L stainless steel with a variety of shaft sealing options. Sizes range from 120 to 5,300 CFM (200 to 9,000 m³/hr). The NASH Vectra can be operated within a wide range of operating speeds, with numerous 50 and 60 HZ direct drive speeds. This increased turndown capability makes them ideal for varying load applications when driven by VFD's.

120 - 5300 CFM / 195 to 9,000 m³/h The NASH Vectra was designed around a modular platform using the most advanced computer aided design techniques, such as 3D solid modeling and finite element analysis (FEA). The modular platform offers the advantage of two versions with numerous common parts. The Vectra GL model, available from 120 to 830 CFM (200 to 1,500 m³/hr), is ideal for general industrial applications. It comes standard with internal mechanical seals and many Nash patented innovations including gas scavenging. The Vectra XL model was designed to meet the stringent requirements of many CPI applications. Whether operating as a vacuum pump or compressor, it features a 30 PSI (2 bar) differential capability. It is available in ductile iron or 316L stainless steel with a variety of shaft sealing options. Sizes range from 120 to 5,300 CFM (200 to 9,000 m³/hr). The NASH Vectra can be operated within a wide range of operating speeds, with numerous 50 and 60 HZ direct drive speeds. This increased turndown capability makes them ideal for varying load applications when driven by VFD's.

Saina est un bureau d’études en simulation numérique et calcul de structure. Nous sommes spécialisé dans l’ingénierie mécanique, la conception et la simulation numérique de système mécanique. Nos solutions d’ingénierie sont adaptées aux exigences client. Nous offrons une large gamme de services d’ingénierie tels que le dessin, la conception et les services basés sur la CAO. Nous concevons des produits à multiples facettes qui transforment avec succès les idées conceptuelles en produits prêts à la production selon vos exigences. Notre approche basée sur la conception assisté par ordinateur (CAO) couplée à la simulation numérique (FEA) et aux outils d’optimisations tel que l’optimisation topologique permet d’élaborer des produits robustes avec une prise en compte des contraintes de masse, de cout et d’assemblage.

The A high quality wood cnc router atc is mainly used for 2D/3D machining of woodworking, cabinet making, door making, mold making, wood arts, wood crafts. Now the best ATC CNC router for sale at cost price.High Quality Wood CNC Router ATC Features 1,Syntec control system;fully automatic production from loading,vertical drilling,optimization of cutting 2,Heavy duty gantry frame for accurate movement;; machine parts are all by FEA finite element analysis , and high-temperature tempering , body stability and not deformation The table adopts double vacuum adsorption table , can be strong adsorption of materials of different sizes