'True length' presentation slideshows

Timber Framing Code.

Timber Framing Code. INTRO TO ROOFING and PRELIMINARY CALCULATIONS. Previously. We looked at the subject in general Discussed assessment criteria Section 1. Scope & General Section 2. Terminology & definitions. Section 7. Roof Framing. Flowchart.

934 views • 73 slides

Timber Framing Code.

Timber Framing Code. INTRO TO ROOFING and PRELIMINARY CALCULATIONS. Previously. We looked at the subject in general Discussed assessment criteria Section 1. Scope & General Section 2. Terminology & definitions. Section 7. Roof Framing. Flowchart.

898 views • 73 slides

Orthographic Drawing

Orthographic Drawing. Multiview Projection. Projection ? a view of an object Is a photograph enough to describe an object? A number of views, systematically arranged. Perspective Projection. Source, at a definite distance. . Orthographic Drawing. Source, at an infinite distance.

1.16k views • 47 slides

TO DRAW PROJECTIONS OF ANY OBJECT, ONE MUST HAVE FOLLOWING INFORMATION A) OBJECT

567 views • 44 slides

Engineering Graphics - Lines

550 views • 39 slides

SIMPLE CASES OF THE LINE

492 views • 39 slides

Projection of point and line

1.46k views • 38 slides

Plaintext Recovery Attacks Against SSH

Kenny Paterson Information Security Group Royal Holloway, University of London kenny.paterson@rhul.ac.uk Joint work with Martin Albrecht and Gaven Watson. Plaintext Recovery Attacks Against SSH. Status of this talk. The results of this talk are unpublished but submitted for publication.

330 views • 22 slides

Fundamentals of Descriptive Geometry

Fundamentals of Descriptive Geometry. Department of Applied Technology And Technology Management September 9, 2013. Point View of a Line. What you see when you look down the length of a line. Experiment:

534 views • 20 slides

328 views • 20 slides

Chapter Seven Descriptive Geometry: Auxiliary Views

Chapter Seven Descriptive Geometry: Auxiliary Views. Purpose. This chapter provides an overview of how to: understand the spatial relationship between points, lines, plane figures and solids when these features are represented in orthogonal projection

418 views • 20 slides

Unit 16 Mathematics Bend allowance

Unit 16 Mathematics Bend allowance. Aim To understand the calculation of bend allowance and to identify how it is used in a practical environment. Objectives The learner will be able to identify the different parts of the bend allowance calculation.

754 views • 19 slides

Draw the half development of a hemispherical bowl of radius 3 cm by any method

466 views • 17 slides

Accuracy vs. Precision

525 views • 16 slides

TO DRAW PROJECTIONS OF ANY OBJECT, ONE MUST HAVE FOLLOWING INFORMATION A) OBJECT

275 views • 16 slides

376 views • 16 slides

Review of Metric ?System and ?Measurement (A lso known as: Oh, I remember that.)

283 views • 14 slides

INTERPENETRATIONS AND DEVELOPMENTS

INTERPENETRATIONS AND DEVELOPMENTS. Hoppers (Containers) and transition pieces Gr 12 LO3: AS 3.1; 3.2; 3.5; 3.7 & LO4: AS 4.1; 4.2; 4.3. Complete the views. Divide the circle in 12, label the points. Draw the seam line. Draw the fold lines. Construct the true length of d10.

511 views • 12 slides

PAP: Perpendicular to HP and 45 o to VP. SAP: perpendicular to PAP and 60 o to HP.

PAP: Perpendicular to HP and 45 o to VP. SAP: perpendicular to PAP and 60 o to HP. Mark the points yourself. TV. b, c. 45 o. a. Secondary auxiliary view. 60 o. Primary auxiliary view. FV. F. 1. 2. 1. PAP: Perpendicular to HP and 45 o to VP.

241 views • 6 slides

Orthographic Projection

Orthographic Projection. Auxiliary Views. Auxiliary View. To accurately view the true dimensions of an inclined surface, one must create a view at 90 degrees from that inclined face. This is referred to as an Auxiliary View. This allows us to view the surface in its true size and shape.

685 views • 4 slides