Daniel Einarsson Email & Phone Number

Reykjavík, Capital Region, Iceland

Ballerup, Capital Region, Denmark

Grading assignments and in-class assistance on the following points.1. Analyze the load conditions in a mechanical transmission.2. Account for the loads and other operating conditions of the components of the transmission.3. Design a mechanical product fulfilling specifications regarding size, transmitted power, life time, etc.4. Utilize the Newtonian mechanics and strength of materials when dimensioning the machine elements forming the transmission system.5. State requirements to materials and functional surfaces for components in the transmission.6. Use the standards, which describes the framework for dimensioning of machine elements, including DS, DIN, EN, and ISO standards.7. Describe and utilize the models and analysis methods, which form the base for selecting rolling element bearings.8. Make a product model of the transmission in an advanced CAD system and use this model as basis for making an assembly drawing as well as manufacturing drawings of selected components in the transmission.9. Write a report which, on a high technical level, describes the dimensioning of the transmission.

Lyngby

Ballerup, Capital Region, Denmark

Providing in-class (online) help with tasks on the following points and grading assignments.1. Choose the best material for a component based on requirements for the component's strength and flexibility as well as resistance to corrosion, crack growth and fatigue.2. Make reasonable compromises regarding the best choice of materials, when there are several wishes and requirements.3. Use common material designations, type codes, trade names, etc.4. Establish equilibrium conditions for planar force systems and describe forces and moments of forces as vectors.5. Calculate equivalent single forces for distributed loads, e.g. from water or air.6. Analyze beam problems and identify appropriate solution methods and use the differential equation for beams to calculate beam deflections.7. Calculate the forces in the rods in a loaded truss construction using the method of dissection and the method of joints.8. Calculate forces and momentum of forces on a cross section of a beam.9. Determine moments of inertia for cross sections of a beam and the bending stiffness for homogeneous beams.10.Determine strains and stresses in homogeneous beams and determine stresses and deformations when twisting rods with a circular cross-section.11.Analyse static pressure distributions, forces and buoyancy forces.

Ballerup, Capital Region, Denmark

Grading assignments: Technical drawings and reports, and providing detailed feedback on the following points.1. Explain the characteristics of the projection (double-orthogonal and axonometric projection) and choose the most appropriate projection form for a given task.2. Perform the drawing types, principles sketches and diagrams that describe machine construction and function and apply them to spatial visual drawings and sketches, mechanical engineering and design drawing.3. Read a mechanical drawing and judge whether it is clear and unambiguous.4. Produce a high-quality mechanical engineering drawing suitable for manufacture in an external workshop, including having demonstrated knowledge of relevant standards.5. Model a product of multiple components in an advanced CAD system and apply the models as a basis for the production of simple machining drawings and Rapid Protyping of the models.6. Use drawing (graphic modeling and communication) for problem solving, including proposition and presentation.7. Document the results of the project work in a technical journal or poster with a high academic content.8.Perform simple calculations in order to investigate, understand and document mechanical products from everyday life.9. Identify standard elements, machine elements and machine parts in a simple product.

Ballerup, Capital Region, Denmark

Providing students(in class and online) added educational support, instruction on the following points, and grading assignments.1. Draw free-body and kinetic diagrams for plane motion of rigid bodies.2. Apply vector-description for plane motion of rigid bodies in inertial and non-inertial coordinate systems.3. State the general plane equations of motion for rigid bodies and systems of rigid bodies and determine linear and angular accelerations.4. Find center of gravity and mass moment of inertia for simple bodies.5. Use the principle of linear momentum conservation to solve simple 1D impact problems.6. Apply the principle of linear momentum conservation for rigid bodies and systems of particles.7. Apply the principle of angular momentum conservation for rigid bodies and systems of particles.8. Determine the natural frequency and damping ratio for systems with one degree-of-freedom.9. Find the response of damped and undamped systems with one degree-of-freedom subjected to a harmonic load.10.Determine work and power of external forces and couples.11.Apply work-energy relations for plane motion of rigid bodies.12.Use the energy method to set up the general equations of motion for particles and rigid bodies.

Reykjavík, Capital Region, Iceland

Summer job.Continued work and analysis of Local and global feed production costs, market trends, and further specification of feed production facility in Iceland based on circular ecology and usage of waste-heat for drying of biomass. Dimensioning and design of various parts in industrial settings.

Reykjavík, Capital Region, Iceland

Cad simulation of industrial environments from pointclouds.Concept development of use cases for waste-heat in geothermal areas.

Ballerup

ADK

Production of various parts for watches and clock. Reconstruction of watch and clock parts to museum standard. Watch service. Client and customer management.

Implementation of new barcode system for logistics purposes integrated to windows NAV. Procurement of materials for production.

Bachelor Of Engineering - Beng, Mechanical Engineering

Adgangskursus, General Studies

Clock And Watchmaker, Watchmaking And Jewelrymaking

Watchmaking