SHIP AND YACHT ENGINEERING SERVICES

Ship and Yacht Engineering - E.Hofmann Ltd. service provides service and support for all phases of the project- from study, planning, preparation of specification, conceptual design, calculation to requirements and the ending with documentation and fabrication drawings. We make an on-going effort to develop an awareness and understanding of the latest technological trends and concepts so that each client's needs can be given competent and professional consideration.

The professional staff consists of master degree level and experienced professionals in the naval architect, material science , electromechanical and mechanical engineering, FEM analysis.

DETAILS AND FABRICATION DRAWINGS

Ship and Yacht Engineering E.Hofmann Ltd. is entirely fit to render design services,starting with conceptual design and calculations to ‘Class’ requirements,and ending with detail , classification drawings and fabrication drawings. We use AutoCAD, Catia v5 and Autodesk Inventor as software.

We compile full descriptions specifications. About the ending of the design we offer the tolerance protocols , installation plans and documentation.

For details please look at our

Example :

DETAILS AND FABRICATION DRAWINGS

Ship and Yacht Engineering E.Hofmann Ltd. is entirely fit to render design services,starting with conceptual design and calculations to ‘Class’ requirements,and ending with detail , classification drawings and fabrication drawings. We use AutoCAD, Catia v5 and Autodesk Inventor as software.

We compile full descriptions specifications. About the ending of the design we offer the tolerance protocols , installation plans and documentation.

For details please look at our portfolio.

Example :

SHIP &YACHT ENGINEERING - CALCULATION

    10 years of doing successfully FEM Analysis of individual parts and global calculation

Ship and Yacht Engineering- E.HofmannLtd. performs finite element analysis using state of the art software ANSYS.
We can do Finite-Element analysis and calculations for you, regarding ship structures or sections, as well as equipment and/or fittings. The finite element analysis methods result in the stress distribution, displacements and reaction loads at supports etc. for the model. Finite element analysis techniques can be used for a number of scenarios e.g. Design optimization, material weight.

        3-dimensional structural analysis using Finite Element modeling for thin shells and shell structures minimization, shape optimization, code compliance etc., and for the solid structures
        3-dimensional thermal analysis (steady state thermal analysis, transient thermal analysis and thermal stress analysis) using Finite Element modeling for thin shells and shell structures, and for solid structures
        2-dimensional axi-symmetric structural analysis using Finite Element modeling for thin shells and shell structures
        Non-linear structural analysis (using FEA software) for geometric nonlinearities and material nonlinearities. This includes Contact analysis incorporating gaps in the structures.
        Modal analysis, Buckling analysis (non-linear buckling analysis and eigenvalue buckling analysis) using FEA techniques and FEA software.

        Ansys12
            

        Static Analysis Contains :

        1.General Information

        2. Permissible Stresses -Material

        3.Geometry / Design Load / Support/ Mesh

        4.Ansys Report

            -Deformation

            -Reaction Forces

            -Equivalent Stress

Calculations maybe include Mathlab / Excel spreadsheet calculations.

Calculations of minimum retirement thickness based on structural engineering calculations to provide construction support for various stages of construction.

For more information look at design:

SHIP &YACHT ENGINEERING - CALCULATION

    10 years of doing successfully FEM Analysis of individual parts and global calculation

Ship and Yacht Engineering- E.HofmannLtd. performs finite element analysis using state of the art software ANSYS.
We can do Finite-Element analysis and calculations for you, regarding ship structures or sections, as well as equipment and/or fittings. The finite element analysis methods result in the stress distribution, displacements and reaction loads at supports etc. for the model. Finite element analysis techniques can be used for a number of scenarios e.g. Design optimization, material weight.

        3-dimensional structural analysis using Finite Element modeling for thin shells and shell structures minimization, shape optimization, code compliance etc., and for the solid structures
        3-dimensional thermal analysis (steady state thermal analysis, transient thermal analysis and thermal stress analysis) using Finite Element modeling for thin shells and shell structures, and for solid structures
        2-dimensional axi-symmetric structural analysis using Finite Element modeling for thin shells and shell structures
        Non-linear structural analysis (using FEA software) for geometric nonlinearities and material nonlinearities. This includes Contact analysis incorporating gaps in the structures.
        Modal analysis, Buckling analysis (non-linear buckling analysis and eigenvalue buckling analysis) using FEA techniques and FEA software.

        Ansys12
            

        Static Analysis Contains :

        1.General Information

        2. Permissible Stresses -Material

        3.Geometry / Design Load / Support/ Mesh

        4.Ansys Report

            -Deformation

            -Reaction Forces

            -Equivalent Stress

Calculations maybe include Mathlab / Excel spreadsheet calculations.

Calculations of minimum retirement thickness based on structural engineering calculations to provide construction support for various stages of construction.

For more information look at design:

SHIP &YACHT ENGINEERING - CALCULATION

    10 years of doing successfully FEM Analysis of individual parts and global calculation

Ship and Yacht Engineering- E.HofmannLtd. performs finite element analysis using state of the art software ANSYS.
We can do Finite-Element analysis and calculations for you, regarding ship structures or sections, as well as equipment and/or fittings. The finite element analysis methods result in the stress distribution, displacements and reaction loads at supports etc. for the model. Finite element analysis techniques can be used for a number of scenarios e.g. Design optimization, material weight.

        3-dimensional structural analysis using Finite Element modeling for thin shells and shell structures minimization, shape optimization, code compliance etc., and for the solid structures
        3-dimensional thermal analysis (steady state thermal analysis, transient thermal analysis and thermal stress analysis) using Finite Element modeling for thin shells and shell structures, and for solid structures
        2-dimensional axi-symmetric structural analysis using Finite Element modeling for thin shells and shell structures
        Non-linear structural analysis (using FEA software) for geometric nonlinearities and material nonlinearities. This includes Contact analysis incorporating gaps in the structures.
        Modal analysis, Buckling analysis (non-linear buckling analysis and eigenvalue buckling analysis) using FEA techniques and FEA software.

        Ansys12
            

        Static Analysis Contains :

        1.General Information

        2. Permissible Stresses -Material

        3.Geometry / Design Load / Support/ Mesh

        4.Ansys Report

            -Deformation

            -Reaction Forces

            -Equivalent Stress

Calculations maybe include Mathlab / Excel spreadsheet calculations.

Calculations of minimum retirement thickness based on structural engineering calculations to provide construction support for various stages of construction.

For more information look at design:

SHIP AND YACHT ENGINEERING SERVICES

Ship and Yacht Engineering - E.Hofmann Ltd. service provides service and support for all phases of the project- from study, planning, preparation of specification, conceptual design, calculation to requirements and the ending with documentation and fabrication drawings. We make an on-going effort to develop an awareness and understanding of the latest technological trends and concepts so that each client's needs can be given competent and professional consideration.

The professional staff consists of master degree level and experienced professionals in the naval architect, material science , electromechanical and mechanical engineering, FEM analysis.

        Services:

            Concept design
            Structural Engineering
            Finite Element analysis
            Stress Analysis
            Fabrication Drawing
            Documentation
            Ship section and block designs
            Equipment and /or fittings

Signing a letter of Mutual Corporation between
“Ship and Yacht Engineering –E. Hofmann” Ltd and “Möve equipment & design” GmbH

April, 2011 The Ship and Yacht Engineering –E. Hofmann Ltd and Möve equipment & design GmbH signed a framework agreement for a long-term strategic cooperation.

“Ship and Yacht Engineering –E. Hofmann” Ltd is pleased to work closely with to
Möve equipment & design GmbH efficiently identify areas of mutual collaboration and explore future endeavours. Both our companies have specific strengths that, when combined, will enhance the competitiveness of our respective shipbuilding, mechanical design and businesses as a whole,” Mr. Hofmann owner of Ship and Yacht Engineering –E. Hofmann Ltd.

Ship and Yacht Engineering - E.Hofmann Ltd. products and solutions about MERCHANT MARINE:

a. Container Ships - Lift Away (Pontoon) Hatch Covers

b. Bulk Carriers - Side Rolling Hatch Covers

c. Other Dry or Multi-Purpose Cargo-Vessels - Folding Hatch Covers